#checklist_accession ERC000020 #unique_name_prefix sample_alias tax_id scientific_name sample_title sample_description project name sequencing method collection date geographic location (altitude) geographic location (country and/or sea) geographic location (longitude) geographic location (latitude) geographic location (region and locality) plant-associated environmental package environment (biome) environment (material) LSU_run ITS_run sample collection device or method organism count sample storage temperature host common name plant body site trophic level observed biotic relationship fertilizer regimen #template 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 plant-associated Tropical montane woodland soil organic matter Control; 50 kg/ha yr Urea; 10 kg/ha yr rock monosodium phosphate; 50 kg/ha yr Urea and 10 kg/ha yr rock rock monosodium phosphate #units m DD DD °C 1 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 987 Ecuador -78.96817636 -4.115930423 Zamora-Chinchipe plant-associated Tropical montane woodland soil organic matter 66_S60_1ANP NA Soil core 20 -20 plant fine root phototroph mutualism urea (50 kg of N ha-1 y-1) and monosodium phosphate (10 kg P ha-1 y-1) for 7 years 2 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 987 Ecuador -78.9681765 -4.115876525 Zamora-Chinchipe plant-associated Tropical montane woodland soil organic matter 1_S1_1BNP NA Soil core 20 -20 plant fine root phototroph mutualism urea (50 kg of N ha-1 y-1) and monosodium phosphate (10 kg P ha-1 y-1) for 7 years 3 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 987 Ecuador -78.9681765 -4.115819745 Zamora-Chinchipe plant-associated Tropical montane woodland soil organic matter 2_S2_1CNP NA Soil core 20 -20 plant fine root phototroph mutualism urea (50 kg of N ha-1 y-1) and monosodium phosphate (10 kg P ha-1 y-1) for 7 years 4 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 987 Ecuador -78.96818535 -4.115840232 Zamora-Chinchipe plant-associated Tropical montane woodland soil organic matter 83_S73_1DNP NA Soil core 20 -20 plant fine root phototroph mutualism urea (50 kg of N ha-1 y-1) and monosodium phosphate (10 kg P ha-1 y-1) for 7 years 5 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 987 Ecuador -78.96815822 -4.115840163 Zamora-Chinchipe plant-associated Tropical montane woodland soil organic matter 82_S72_1ENP NA Soil core 20 -20 plant fine root phototroph mutualism urea (50 kg of N ha-1 y-1) and monosodium phosphate (10 kg P ha-1 y-1) for 7 years 6 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 987 Ecuador -78.96808402 -4.115839973 Zamora-Chinchipe plant-associated Tropical montane woodland soil organic matter 72_S64_1FNP NA Soil core 20 -20 plant fine root phototroph mutualism urea (50 kg of N ha-1 y-1) and monosodium phosphate (10 kg P ha-1 y-1) for 7 years 7 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 1031 Ecuador -78.9682747 -4.116156924 Zamora-Chinchipe plant-associated Tropical montane woodland soil organic matter 53_S47_2AP NA Soil core 20 -20 plant fine root phototroph mutualism monosodium phosphate (10 kg P ha-1 y-1) for 7 years 8 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 1031 Ecuador -78.96827479 -4.116120753 Zamora-Chinchipe plant-associated Tropical montane woodland soil organic matter 67_S61_2BP NA Soil core 20 -20 plant fine root phototroph mutualism monosodium phosphate (10 kg P ha-1 y-1) for 7 years 9 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 1031 Ecuador -78.9682749 -4.116075502 Zamora-Chinchipe plant-associated Tropical montane woodland soil organic matter 54_S48_2CP NA Soil core 20 -20 plant fine root phototroph mutualism monosodium phosphate (10 kg P ha-1 y-1) for 7 years 10 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 1031 Ecuador -78.96827509 -4.116057344 Zamora-Chinchipe plant-associated Tropical montane woodland soil organic matter 88_S77_2DP NA Soil core 20 -20 plant fine root phototroph mutualism monosodium phosphate (10 kg P ha-1 y-1) for 7 years 11 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 1031 Ecuador -78.96824797 -4.116057419 Zamora-Chinchipe plant-associated Tropical montane woodland soil organic matter 55_S49_2EP NA Soil core 20 -20 plant fine root phototroph mutualism monosodium phosphate (10 kg P ha-1 y-1) for 7 years 12 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 1031 Ecuador -78.96818496 -4.116057258 Zamora-Chinchipe plant-associated Tropical montane woodland soil organic matter 3_S3_2FP NA Soil core 20 -20 plant fine root phototroph mutualism monosodium phosphate (10 kg P ha-1 y-1) for 7 years 13 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 1076 Ecuador -78.96840137 -4.115895056 Zamora-Chinchipe plant-associated Tropical montane woodland soil organic matter 56_S50_3AN NA Soil core 20 -20 plant fine root phototroph mutualism urea (50 kg of N ha-1 y-1) for 7 years 14 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 1076 Ecuador -78.96840153 -4.115831791 Zamora-Chinchipe plant-associated Tropical montane woodland soil organic matter 4_S4_3BN NA Soil core 20 -20 plant fine root phototroph mutualism urea (50 kg of N ha-1 y-1) for 7 years 15 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 1076 Ecuador -78.96840155 -4.115795547 Zamora-Chinchipe plant-associated Tropical montane woodland soil organic matter 5_S5_3CN NA Soil core 20 -20 plant fine root phototroph mutualism urea (50 kg of N ha-1 y-1) for 7 years 16 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 1076 Ecuador -78.96847354 -4.115849989 Zamora-Chinchipe plant-associated Tropical montane woodland soil organic matter 6_S6_3DN NA Soil core 20 -20 plant fine root phototroph mutualism urea (50 kg of N ha-1 y-1) for 7 years 17 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 1076 Ecuador -78.96844648 -4.115849992 Zamora-Chinchipe plant-associated Tropical montane woodland soil organic matter 57_S51_3EN NA Soil core 20 -20 plant fine root phototroph mutualism urea (50 kg of N ha-1 y-1) for 7 years 18 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 1076 Ecuador -78.96837444 -4.115849736 Zamora-Chinchipe plant-associated Tropical montane woodland soil organic matter 7_S7_3FN NA Soil core 20 -20 plant fine root phototroph mutualism urea (50 kg of N ha-1 y-1) for 7 years 19 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 1058 Ecuador -78.968581 -4.116076303 Zamora-Chinchipe plant-associated Tropical montane woodland soil organic matter unused-2_S97_4ACtrl NA Soil core 20 -20 plant fine root phototroph mutualism Control 20 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 1058 Ecuador -78.96858111 -4.116031052 Zamora-Chinchipe plant-associated Tropical montane woodland soil organic matter 68_S62_4BCtrl NA Soil core 20 -20 plant fine root phototroph mutualism Control 21 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 1058 Ecuador -78.96858123 -4.115985873 Zamora-Chinchipe plant-associated Tropical montane woodland soil organic matter 58_S52_4CCtrl NA Soil core 20 -20 plant fine root phototroph mutualism Control 22 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 1058 Ecuador -78.96867113 -4.116076605 Zamora-Chinchipe plant-associated Tropical montane woodland soil organic matter 75_S65_4DCtrl NA Soil core 20 -20 plant fine root phototroph mutualism Control 23 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 1058 Ecuador -78.96860798 -4.116076155 Zamora-Chinchipe plant-associated Tropical montane woodland soil organic matter 59_S53_4ECtrl NA Soil core 20 -20 plant fine root phototroph mutualism Control 24 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 1058 Ecuador -78.96857196 -4.116076207 Zamora-Chinchipe plant-associated Tropical montane woodland soil organic matter 76_S95_4FCtrl NA Soil core 20 -20 plant fine root phototroph mutualism Control 25 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 1079 Ecuador -78.96877123 -4.115670001 Zamora-Chinchipe plant-associated Tropical montane woodland soil organic matter 179_S78_5ANP NA Soil core 20 -20 plant fine root phototroph mutualism urea (50 kg of N ha-1 y-1) and monosodium phosphate (10 kg P ha-1 y-1) for 7 years 26 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 1079 Ecuador -78.96877133 -4.115633685 Zamora-Chinchipe plant-associated Tropical montane woodland soil organic matter 180_S79_5BNP NA Soil core 20 -20 plant fine root phototroph mutualism urea (50 kg of N ha-1 y-1) and monosodium phosphate (10 kg P ha-1 y-1) for 7 years 27 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 1079 Ecuador -78.96877134 -4.115570492 Zamora-Chinchipe plant-associated Tropical montane woodland soil organic matter 181_S80_5CNP NA Soil core 20 -20 plant fine root phototroph mutualism urea (50 kg of N ha-1 y-1) and monosodium phosphate (10 kg P ha-1 y-1) for 7 years 28 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 1079 Ecuador -78.9687623 -4.115597634 Zamora-Chinchipe plant-associated Tropical montane woodland soil organic matter 182_S81_5DNP NA Soil core 20 -20 plant fine root phototroph mutualism urea (50 kg of N ha-1 y-1) and monosodium phosphate (10 kg P ha-1 y-1) for 7 years 29 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 1079 Ecuador -78.96872628 -4.115597542 Zamora-Chinchipe plant-associated Tropical montane woodland soil organic matter 183_S82_5ENP NA Soil core 20 -20 plant fine root phototroph mutualism urea (50 kg of N ha-1 y-1) and monosodium phosphate (10 kg P ha-1 y-1) for 7 years 30 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 1079 Ecuador -78.96867225 -4.115597404 Zamora-Chinchipe plant-associated Tropical montane woodland soil organic matter 184_S83_5FNP NA Soil core 20 -20 plant fine root phototroph mutualism urea (50 kg of N ha-1 y-1) and monosodium phosphate (10 kg P ha-1 y-1) for 7 years 31 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 1079 Ecuador -78.9690173 -4.115677406 Zamora-Chinchipe plant-associated Tropical montane woodland soil organic matter 86_S75_6AP NA Soil core 20 -20 plant fine root phototroph mutualism monosodium phosphate (10 kg P ha-1 y-1) for 7 years 32 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 1079 Ecuador -78.96900763 -4.115638146 Zamora-Chinchipe plant-associated Tropical montane woodland soil organic matter 60_S54_6BP NA Soil core 20 -20 plant fine root phototroph mutualism monosodium phosphate (10 kg P ha-1 y-1) for 7 years 33 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 1079 Ecuador -78.96903151 -4.115559737 Zamora-Chinchipe plant-associated Tropical montane woodland soil organic matter 77_S67_6CP NA Soil core 20 -20 plant fine root phototroph mutualism monosodium phosphate (10 kg P ha-1 y-1) for 7 years 34 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 1079 Ecuador -78.96902901 -4.115609964 Zamora-Chinchipe plant-associated Tropical montane woodland soil organic matter 61_S55_6DP NA Soil core 20 -20 plant fine root phototroph mutualism monosodium phosphate (10 kg P ha-1 y-1) for 7 years 35 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 1079 Ecuador -78.9690009 -4.115604839 Zamora-Chinchipe plant-associated Tropical montane woodland soil organic matter 8_S8_6EP NA Soil core 20 -20 plant fine root phototroph mutualism monosodium phosphate (10 kg P ha-1 y-1) for 7 years 36 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 1079 Ecuador -78.96893548 -4.115605266 Zamora-Chinchipe plant-associated Tropical montane woodland soil organic matter 78_S68_6FP NA Soil core 20 -20 plant fine root phototroph mutualism monosodium phosphate (10 kg P ha-1 y-1) for 7 years 37 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 1079 Ecuador -78.96895222 -4.115402212 Zamora-Chinchipe plant-associated Tropical montane woodland soil organic matter 9_S9_7AN NA Soil core 20 -20 plant fine root phototroph mutualism urea (50 kg of N ha-1 y-1) for 7 years 38 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 1079 Ecuador -78.96895055 -4.115359406 Zamora-Chinchipe plant-associated Tropical montane woodland soil organic matter 10_S10_7BN NA Soil core 20 -20 plant fine root phototroph mutualism urea (50 kg of N ha-1 y-1) for 7 years 39 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 1079 Ecuador -78.96897318 -4.115308636 Zamora-Chinchipe plant-associated Tropical montane woodland soil organic matter 11_S11_7CN NA Soil core 20 -20 plant fine root phototroph mutualism urea (50 kg of N ha-1 y-1) for 7 years 40 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 1079 Ecuador -78.9690604 -4.115352255 Zamora-Chinchipe plant-associated Tropical montane woodland soil organic matter 12_S12_7DN NA Soil core 20 -20 plant fine root phototroph mutualism urea (50 kg of N ha-1 y-1) for 7 years 41 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 1079 Ecuador -78.96902135 -4.115342644 Zamora-Chinchipe plant-associated Tropical montane woodland soil organic matter 13_S13_7EN NA Soil core 20 -20 plant fine root phototroph mutualism urea (50 kg of N ha-1 y-1) for 7 years 42 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 1079 Ecuador -78.96896423 -4.115336256 Zamora-Chinchipe plant-associated Tropical montane woodland soil organic matter 45_S39_7FN NA Soil core 20 -20 plant fine root phototroph mutualism urea (50 kg of N ha-1 y-1) for 7 years 43 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 1079 Ecuador -78.96923088 -4.115623871 Zamora-Chinchipe plant-associated Tropical montane woodland soil organic matter 46_S40_8ACtrl NA Soil core 20 -20 plant fine root phototroph mutualism Control 44 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 1079 Ecuador -78.96923753 -4.115569494 Zamora-Chinchipe plant-associated Tropical montane woodland soil organic matter 70_S63_8BCtrl NA Soil core 20 -20 plant fine root phototroph mutualism Control 45 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 1079 Ecuador -78.9692498 -4.115517509 Zamora-Chinchipe plant-associated Tropical montane woodland soil organic matter 62_S56_8CCtrl NA Soil core 20 -20 plant fine root phototroph mutualism Control 46 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 1079 Ecuador -78.9693079 -4.115604153 Zamora-Chinchipe plant-associated Tropical montane woodland soil organic matter 47_S41_8DCtrl NA Soil core 20 -20 plant fine root phototroph mutualism Control 47 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 1079 Ecuador -78.96926204 -4.115596308 Zamora-Chinchipe plant-associated Tropical montane woodland soil organic matter 17_S91_8ECtrl NA Soil core 20 -20 plant fine root phototroph mutualism Control 48 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 1079 Ecuador -78.96921643 -4.115604514 Zamora-Chinchipe plant-associated Tropical montane woodland soil organic matter 18_S92_8FCtrl NA Soil core 20 -20 plant fine root phototroph mutualism Control 49 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 1079 Ecuador -78.96793563 -4.114790099 Zamora-Chinchipe plant-associated Tropical montane woodland soil organic matter 19_S16_9ANP NA Soil core 20 -20 plant fine root phototroph mutualism urea (50 kg of N ha-1 y-1) and monosodium phosphate (10 kg P ha-1 y-1) for 7 years 50 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 1079 Ecuador -78.96793786 -4.114727982 Zamora-Chinchipe plant-associated Tropical montane woodland soil organic matter 20_S17_9BNP NA Soil core 20 -20 plant fine root phototroph mutualism urea (50 kg of N ha-1 y-1) and monosodium phosphate (10 kg P ha-1 y-1) for 7 years 51 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 1079 Ecuador -78.96793737 -4.114688448 Zamora-Chinchipe plant-associated Tropical montane woodland soil organic matter 21_S18_9CNP NA Soil core 20 -20 plant fine root phototroph mutualism urea (50 kg of N ha-1 y-1) and monosodium phosphate (10 kg P ha-1 y-1) for 7 years 52 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 1079 Ecuador -78.96804409 -4.114743413 Zamora-Chinchipe plant-associated Tropical montane woodland soil organic matter 48_S42_9DNP NA Soil core 20 -20 plant fine root phototroph mutualism urea (50 kg of N ha-1 y-1) and monosodium phosphate (10 kg P ha-1 y-1) for 7 years 53 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 1079 Ecuador -78.96797451 -4.114750666 Zamora-Chinchipe plant-associated Tropical montane woodland soil organic matter 49_S43_9ENP NA Soil core 20 -20 plant fine root phototroph mutualism urea (50 kg of N ha-1 y-1) and monosodium phosphate (10 kg P ha-1 y-1) for 7 years 54 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 1079 Ecuador -78.96794635 -4.114763969 Zamora-Chinchipe plant-associated Tropical montane woodland soil organic matter 24_S19_9FNP NA Soil core 20 -20 plant fine root phototroph mutualism urea (50 kg of N ha-1 y-1) and monosodium phosphate (10 kg P ha-1 y-1) for 7 years 55 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 1127 Ecuador -78.96817388 -4.114886314 Zamora-Chinchipe plant-associated Tropical montane woodland soil organic matter 185_S84_10AP NA Soil core 20 -20 plant fine root phototroph mutualism monosodium phosphate (10 kg P ha-1 y-1) for 7 years 56 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 1127 Ecuador -78.96817396 -4.11482341 Zamora-Chinchipe plant-associated Tropical montane woodland soil organic matter 186_S85_10BP NA Soil core 20 -20 plant fine root phototroph mutualism monosodium phosphate (10 kg P ha-1 y-1) for 7 years 57 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 1127 Ecuador -78.96817418 -4.114796173 Zamora-Chinchipe plant-associated Tropical montane woodland soil organic matter 187_S86_10CP NA Soil core 20 -20 plant fine root phototroph mutualism monosodium phosphate (10 kg P ha-1 y-1) for 7 years 58 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 1127 Ecuador -78.96824585 -4.114886858 Zamora-Chinchipe plant-associated Tropical montane woodland soil organic matter 188_S87_10DP NA Soil core 20 -20 plant fine root phototroph mutualism monosodium phosphate (10 kg P ha-1 y-1) for 7 years 59 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 1127 Ecuador -78.96820093 -4.114886599 Zamora-Chinchipe plant-associated Tropical montane woodland soil organic matter 189_S88_10EP NA Soil core 20 -20 plant fine root phototroph mutualism monosodium phosphate (10 kg P ha-1 y-1) for 7 years 60 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 1127 Ecuador -78.96814696 -4.114886461 Zamora-Chinchipe plant-associated Tropical montane woodland soil organic matter 190_S89_10FP NA Soil core 20 -20 plant fine root phototroph mutualism monosodium phosphate (10 kg P ha-1 y-1) for 7 years 61 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 1123 Ecuador -78.96821115 -4.11471951 Zamora-Chinchipe plant-associated Tropical montane woodland soil organic matter 84_S74_11AN NA Soil core 20 -20 plant fine root phototroph mutualism urea (50 kg of N ha-1 y-1) for 7 years 62 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 1123 Ecuador -78.96821133 -4.114647167 Zamora-Chinchipe plant-associated Tropical montane woodland soil organic matter 79_S69_11BN NA Soil core 20 -20 plant fine root phototroph mutualism urea (50 kg of N ha-1 y-1) for 7 years 63 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 1123 Ecuador -78.96821161 -4.11459291 Zamora-Chinchipe plant-associated Tropical montane woodland soil organic matter 80_S70_11CN NA Soil core 20 -20 plant fine root phototroph mutualism urea (50 kg of N ha-1 y-1) for 7 years 64 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 1123 Ecuador -78.96822928 -4.114701326 Zamora-Chinchipe plant-associated Tropical montane woodland soil organic matter 25_S93_11DN NA Soil core 20 -20 plant fine root phototroph mutualism urea (50 kg of N ha-1 y-1) for 7 years 65 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 1123 Ecuador -78.96816613 -4.114701165 Zamora-Chinchipe plant-associated Tropical montane woodland soil organic matter 26_S21_11EN NA Soil core 20 -20 plant fine root phototroph mutualism urea (50 kg of N ha-1 y-1) for 7 years 66 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 1123 Ecuador -78.96811216 -4.114701027 Zamora-Chinchipe plant-associated Tropical montane woodland soil organic matter 27_S22_11FN NA Soil core 20 -20 plant fine root phototroph mutualism urea (50 kg of N ha-1 y-1) for 7 years 67 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 1122 Ecuador -78.96841089 -4.114904188 Zamora-Chinchipe plant-associated Tropical montane woodland soil organic matter 63_S57_12ACtrl NA Soil core 20 -20 plant fine root phototroph mutualism Control 68 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 1122 Ecuador -78.96841103 -4.114850003 Zamora-Chinchipe plant-associated Tropical montane woodland soil organic matter 28_S23_12BCtrl NA Soil core 20 -20 plant fine root phototroph mutualism Control 69 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 1122 Ecuador -78.9684111 -4.114822766 Zamora-Chinchipe plant-associated Tropical montane woodland soil organic matter 29_S24_12CCtrl NA Soil core 20 -20 plant fine root phototroph mutualism Control 70 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 1122 Ecuador -78.96847382 -4.114877256 Zamora-Chinchipe plant-associated Tropical montane woodland soil organic matter 64_S58_12DCtrl NA Soil core 20 -20 plant fine root phototroph mutualism Control 71 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 1122 Ecuador -78.96839273 -4.114877049 Zamora-Chinchipe plant-associated Tropical montane woodland soil organic matter 30_S25_12ECtrl NA Soil core 20 -20 plant fine root phototroph mutualism Control 72 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 1122 Ecuador -78.96837479 -4.114877003 Zamora-Chinchipe plant-associated Tropical montane woodland soil organic matter 31_S26_12FCtrl NA Soil core 20 -20 plant fine root phototroph mutualism Control 73 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 1081 Ecuador -78.97020711 -4.1176178 Zamora-Chinchipe plant-associated Tropical montane woodland soil organic matter 32_S27_13AP NA Soil core 20 -20 plant fine root phototroph mutualism monosodium phosphate (10 kg P ha-1 y-1) for 7 years 74 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 1081 Ecuador -78.97020731 -4.117536015 Zamora-Chinchipe plant-associated Tropical montane woodland soil organic matter 33_S28_13BP NA Soil core 20 -20 plant fine root phototroph mutualism monosodium phosphate (10 kg P ha-1 y-1) for 7 years 75 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 1081 Ecuador -78.97020719 -4.117491255 Zamora-Chinchipe plant-associated Tropical montane woodland soil organic matter 87_S76_13CP NA Soil core 20 -20 plant fine root phototroph mutualism monosodium phosphate (10 kg P ha-1 y-1) for 7 years 76 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 1081 Ecuador -78.97027917 -4.117545572 Zamora-Chinchipe plant-associated Tropical montane woodland soil organic matter 65_S59_13DP NA Soil core 20 -20 plant fine root phototroph mutualism monosodium phosphate (10 kg P ha-1 y-1) for 7 years 77 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 1081 Ecuador -78.970243 -4.117545011 Zamora-Chinchipe plant-associated Tropical montane woodland soil organic matter 34_S29_13EP NA Soil core 20 -20 plant fine root phototroph mutualism monosodium phosphate (10 kg P ha-1 y-1) for 7 years 78 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 1081 Ecuador -78.97016201 -4.117545038 Zamora-Chinchipe plant-associated Tropical montane woodland soil organic matter 35_S30_13FP NA Soil core 20 -20 plant fine root phototroph mutualism monosodium phosphate (10 kg P ha-1 y-1) for 7 years 79 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 1066 Ecuador -78.97017118 -4.11746363 Zamora-Chinchipe plant-associated Tropical montane woodland soil organic matter 81_S71_14ACtrl NA Soil core 20 -20 plant fine root phototroph mutualism Control 80 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 1066 Ecuador -78.97017147 -4.117436613 Zamora-Chinchipe plant-associated Tropical montane woodland soil organic matter 36_S31_14BCtrl NA Soil core 20 -20 plant fine root phototroph mutualism Control 81 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 1066 Ecuador -78.97017138 -4.117382348 Zamora-Chinchipe plant-associated Tropical montane woodland soil organic matter 37_S32_14CCtrl NA Soil core 20 -20 plant fine root phototroph mutualism Control 82 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 1066 Ecuador -78.97017132 -4.117409366 Zamora-Chinchipe plant-associated Tropical montane woodland soil organic matter 38_S33_14DCtrl NA Soil core 20 -20 plant fine root phototroph mutualism Control 83 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 1066 Ecuador -78.97014441 -4.117409297 Zamora-Chinchipe plant-associated Tropical montane woodland soil organic matter 39_S34_14ECtrl NA Soil core 20 -20 plant fine root phototroph mutualism Control 84 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 1066 Ecuador -78.97007235 -4.117409342 Zamora-Chinchipe plant-associated Tropical montane woodland soil organic matter 40_S35_14FCtrl NA Soil core 20 -20 plant fine root phototroph mutualism Control 85 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 1066 Ecuador -78.9698821 -4.11770863 Zamora-Chinchipe plant-associated Tropical montane woodland soil organic matter 191_S90_15AN NA Soil core 20 -20 plant fine root phototroph mutualism urea (50 kg of N ha-1 y-1) for 7 years 86 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 1066 Ecuador -78.96987728 -4.117625094 Zamora-Chinchipe plant-associated Tropical montane woodland soil organic matter 192_S91_15BN NA Soil core 20 -20 plant fine root phototroph mutualism urea (50 kg of N ha-1 y-1) for 7 years 87 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 1066 Ecuador -78.969867 -4.117594155 Zamora-Chinchipe plant-associated Tropical montane woodland soil organic matter 193_S92_15CN NA Soil core 20 -20 plant fine root phototroph mutualism urea (50 kg of N ha-1 y-1) for 7 years 88 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 1066 Ecuador -78.96993807 -4.117700153 Zamora-Chinchipe plant-associated Tropical montane woodland soil organic matter 194_S93_15DN NA Soil core 20 -20 plant fine root phototroph mutualism urea (50 kg of N ha-1 y-1) for 7 years 89 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 1066 Ecuador -78.96988187 -4.117683662 Zamora-Chinchipe plant-associated Tropical montane woodland soil organic matter 195_S75_15EN NA Soil core 20 -20 plant fine root phototroph mutualism urea (50 kg of N ha-1 y-1) for 7 years 90 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 1066 Ecuador -78.96982912 -4.117705523 Zamora-Chinchipe plant-associated Tropical montane woodland soil organic matter 196_S95_15FN NA Soil core 20 -20 plant fine root phototroph mutualism urea (50 kg of N ha-1 y-1) for 7 years 91 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 1066 Ecuador -78.96982566 -4.117412884 Zamora-Chinchipe plant-associated Tropical montane woodland soil organic matter 41_S36_16ANP NA Soil core 20 -20 plant fine root phototroph mutualism urea (50 kg of N ha-1 y-1) and monosodium phosphate (10 kg P ha-1 y-1) for 7 years 92 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 1066 Ecuador -78.96980654 -4.117365574 Zamora-Chinchipe plant-associated Tropical montane woodland soil organic matter 42_S37_16BNP NA Soil core 20 -20 plant fine root phototroph mutualism urea (50 kg of N ha-1 y-1) and monosodium phosphate (10 kg P ha-1 y-1) for 7 years 93 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 1066 Ecuador -78.96981673 -4.117315367 Zamora-Chinchipe plant-associated Tropical montane woodland soil organic matter 43_S38_16CNP NA Soil core 20 -20 plant fine root phototroph mutualism urea (50 kg of N ha-1 y-1) and monosodium phosphate (10 kg P ha-1 y-1) for 7 years 94 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 1066 Ecuador -78.9699223 -4.117359033 Zamora-Chinchipe plant-associated Tropical montane woodland soil organic matter 50_S44_16DNP NA Soil core 20 -20 plant fine root phototroph mutualism urea (50 kg of N ha-1 y-1) and monosodium phosphate (10 kg P ha-1 y-1) for 7 years 95 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 1066 Ecuador -78.96984708 -4.117370433 Zamora-Chinchipe plant-associated Tropical montane woodland soil organic matter 51_S94_16ENP NA Soil core 20 -20 plant fine root phototroph mutualism urea (50 kg of N ha-1 y-1) and monosodium phosphate (10 kg P ha-1 y-1) for 7 years 96 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 1066 Ecuador -78.96981428 -4.117350137 Zamora-Chinchipe plant-associated Tropical montane woodland soil organic matter 52_S46_16FNP NA Soil core 20 -20 plant fine root phototroph mutualism urea (50 kg of N ha-1 y-1) and monosodium phosphate (10 kg P ha-1 y-1) for 7 years 97 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 2905 Ecuador -79.17658181 -4.112313061 Loja plant-associated Tropical montane woodland soil organic matter 136_S34_1ACtrl NA Soil core 20 -20 plant fine root phototroph mutualism Control 98 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 2905 Ecuador -79.17658134 -4.112267827 Loja plant-associated Tropical montane woodland soil organic matter 101_S1_1BCtrl NA Soil core 20 -20 plant fine root phototroph mutualism Control 99 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 2905 Ecuador -79.17658139 -4.112249677 Loja plant-associated Tropical montane woodland soil organic matter 102_S2_1CCtrl NA Soil core 20 -20 plant fine root phototroph mutualism Control 100 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 2905 Ecuador -79.17666258 -4.112249863 Loja plant-associated Tropical montane woodland soil organic matter 103_S3_1DCtrl NA Soil core 20 -20 plant fine root phototroph mutualism Control 101 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 2905 Ecuador -79.17662672 -4.112249493 Loja plant-associated Tropical montane woodland soil organic matter 139_S37_1ECtrl NA Soil core 20 -20 plant fine root phototroph mutualism Control 102 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 2905 Ecuador -79.1765722 -4.112249368 Loja plant-associated Tropical montane woodland soil organic matter 105_S4_1FCtrl NA Soil core 20 -20 plant fine root phototroph mutualism Control 103 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 2917 Ecuador -79.17643281 -4.112267269 Loja plant-associated Tropical montane woodland soil organic matter 143_S41_2AN NA Soil core 20 -20 plant fine root phototroph mutualism urea (50 kg of N ha-1 y-1) for 7 years 104 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 2917 Ecuador -79.17644239 -4.112218601 Loja plant-associated Tropical montane woodland soil organic matter 157_S55_2BN NA Soil core 20 -20 plant fine root phototroph mutualism urea (50 kg of N ha-1 y-1) for 7 years 105 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 2917 Ecuador -79.17643157 -4.112180546 Loja plant-associated Tropical montane woodland soil organic matter 168_S66_2CN NA Soil core 20 -20 plant fine root phototroph mutualism urea (50 kg of N ha-1 y-1) for 7 years 106 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 2917 Ecuador -79.17645722 -4.112255224 Loja plant-associated Tropical montane woodland soil organic matter 151_S49_2DN NA Soil core 20 -20 plant fine root phototroph mutualism urea (50 kg of N ha-1 y-1) for 7 years 107 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 2917 Ecuador -79.17640645 -4.112248769 Loja plant-associated Tropical montane woodland soil organic matter 166_S64_2EN NA Soil core 20 -20 plant fine root phototroph mutualism urea (50 kg of N ha-1 y-1) for 7 years 108 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 2917 Ecuador -79.17635279 -4.112253544 Loja plant-associated Tropical montane woodland soil organic matter 144_S42_2FN NA Soil core 20 -20 plant fine root phototroph mutualism urea (50 kg of N ha-1 y-1) for 7 years 109 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 2929 Ecuador -79.1765829 -4.112553162 Loja plant-associated Tropical montane woodland soil organic matter 152_S50_3AP NA Soil core 20 -20 plant fine root phototroph mutualism monosodium phosphate (10 kg P ha-1 y-1) for 7 years 110 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 2929 Ecuador -79.17658647 -4.11249699 Loja plant-associated Tropical montane woodland soil organic matter 106_S5_3BP NA Soil core 20 -20 plant fine root phototroph mutualism monosodium phosphate (10 kg P ha-1 y-1) for 7 years 111 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 2929 Ecuador -79.17658401 -4.112445989 Loja plant-associated Tropical montane woodland soil organic matter 158_S56_3CP NA Soil core 20 -20 plant fine root phototroph mutualism monosodium phosphate (10 kg P ha-1 y-1) for 7 years 112 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 2929 Ecuador -79.1766196 -4.112440309 Loja plant-associated Tropical montane woodland soil organic matter 169_S67_3DP NA Soil core 20 -20 plant fine root phototroph mutualism monosodium phosphate (10 kg P ha-1 y-1) for 7 years 113 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 2929 Ecuador -79.17658397 -4.112461547 Loja plant-associated Tropical montane woodland soil organic matter 163_S61_3EP NA Soil core 20 -20 plant fine root phototroph mutualism monosodium phosphate (10 kg P ha-1 y-1) for 7 years 114 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 2929 Ecuador -79.17651941 -4.112461975 Loja plant-associated Tropical montane woodland soil organic matter 137_S35_3FP NA Soil core 20 -20 plant fine root phototroph mutualism monosodium phosphate (10 kg P ha-1 y-1) for 7 years 115 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 2930 Ecuador -79.17642078 -4.112638241 Loja plant-associated Tropical montane woodland soil organic matter 107_S6_4BNP NA Soil core 20 -20 plant fine root phototroph mutualism urea (50 kg of N ha-1 y-1) and monosodium phosphate (10 kg P ha-1 y-1) for 7 years 116 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 2930 Ecuador -79.17639647 -4.112601467 Loja plant-associated Tropical montane woodland soil organic matter 108_S7_4CNP NA Soil core 20 -20 plant fine root phototroph mutualism urea (50 kg of N ha-1 y-1) and monosodium phosphate (10 kg P ha-1 y-1) for 7 years 117 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 2930 Ecuador -79.17646094 -4.11258799 Loja plant-associated Tropical montane woodland soil organic matter 109_S8_4DNP NA Soil core 20 -20 plant fine root phototroph mutualism urea (50 kg of N ha-1 y-1) and monosodium phosphate (10 kg P ha-1 y-1) for 7 years 118 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 2930 Ecuador -79.17642871 -4.112604311 Loja plant-associated Tropical montane woodland soil organic matter 145_S43_4ENP NA Soil core 20 -20 plant fine root phototroph mutualism urea (50 kg of N ha-1 y-1) and monosodium phosphate (10 kg P ha-1 y-1) for 7 years 119 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 2930 Ecuador -79.17636482 -4.112626729 Loja plant-associated Tropical montane woodland soil organic matter 146_S44_4FNP NA Soil core 20 -20 plant fine root phototroph mutualism urea (50 kg of N ha-1 y-1) and monosodium phosphate (10 kg P ha-1 y-1) for 7 years 120 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 2931 Ecuador -79.17982442 -4.109694899 Loja plant-associated Tropical montane woodland soil organic matter 197_S75_5ACtrl NA Soil core 20 -20 plant fine root phototroph mutualism Control 121 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 2931 Ecuador -79.17984937 -4.109658688 Loja plant-associated Tropical montane woodland soil organic matter 198_S76_5BCtrl NA Soil core 20 -20 plant fine root phototroph mutualism Control 122 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 2931 Ecuador -79.17982641 -4.109604532 Loja plant-associated Tropical montane woodland soil organic matter 199_S77_5CCtrl NA Soil core 20 -20 plant fine root phototroph mutualism Control 123 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 2931 Ecuador -79.17988071 -4.109677786 Loja plant-associated Tropical montane woodland soil organic matter 200_S78_5DCtrl NA Soil core 20 -20 plant fine root phototroph mutualism Control 124 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 2931 Ecuador -79.1798144 -4.10967585 Loja plant-associated Tropical montane woodland soil organic matter 201_S79_5ECtrl NA Soil core 20 -20 plant fine root phototroph mutualism Control 125 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 2931 Ecuador -79.17975873 -4.109683155 Loja plant-associated Tropical montane woodland soil organic matter 202_S80_5FCtrl NA Soil core 20 -20 plant fine root phototroph mutualism Control 126 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 2931 Ecuador -79.17952031 -4.109608108 Loja plant-associated Tropical montane woodland soil organic matter 156_S54_6AP NA Soil core 20 -20 plant fine root phototroph mutualism monosodium phosphate (10 kg P ha-1 y-1) for 7 years 127 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 2931 Ecuador -79.17953851 -4.109546019 Loja plant-associated Tropical montane woodland soil organic matter 159_S57_6BP NA Soil core 20 -20 plant fine root phototroph mutualism monosodium phosphate (10 kg P ha-1 y-1) for 7 years 128 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 2931 Ecuador -79.17954278 -4.109488655 Loja plant-associated Tropical montane woodland soil organic matter 140_S38_6CP NA Soil core 20 -20 plant fine root phototroph mutualism monosodium phosphate (10 kg P ha-1 y-1) for 7 years 129 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 2931 Ecuador -79.17961192 -4.109550051 Loja plant-associated Tropical montane woodland soil organic matter 160_S58_6DP NA Soil core 20 -20 plant fine root phototroph mutualism monosodium phosphate (10 kg P ha-1 y-1) for 7 years 130 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 2931 Ecuador -79.17956367 -4.109548455 Loja plant-associated Tropical montane woodland soil organic matter 147_S45_6EP NA Soil core 20 -20 plant fine root phototroph mutualism monosodium phosphate (10 kg P ha-1 y-1) for 7 years 131 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 2931 Ecuador -79.17949287 -4.109566426 Loja plant-associated Tropical montane woodland soil organic matter 110_S9_6FP NA Soil core 20 -20 plant fine root phototroph mutualism monosodium phosphate (10 kg P ha-1 y-1) for 7 years 132 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 2916 Ecuador -79.17994235 -4.109532344 Loja plant-associated Tropical montane woodland soil organic matter 111_S10_7AN NA Soil core 20 -20 plant fine root phototroph mutualism urea (50 kg of N ha-1 y-1) for 7 years 133 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 2916 Ecuador -79.17993423 -4.109458006 Loja plant-associated Tropical montane woodland soil organic matter 112_S11_7BN NA Soil core 20 -20 plant fine root phototroph mutualism urea (50 kg of N ha-1 y-1) for 7 years 134 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 2916 Ecuador -79.17991709 -4.10944132 Loja plant-associated Tropical montane woodland soil organic matter 113_S12_7CN NA Soil core 20 -20 plant fine root phototroph mutualism urea (50 kg of N ha-1 y-1) for 7 years 135 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 2916 Ecuador -79.18000863 -4.109545575 Loja plant-associated Tropical montane woodland soil organic matter 114_S13_7DN NA Soil core 20 -20 plant fine root phototroph mutualism urea (50 kg of N ha-1 y-1) for 7 years 136 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 2916 Ecuador -79.17997374 -4.109526173 Loja plant-associated Tropical montane woodland soil organic matter 115_S14_7EN NA Soil core 20 -20 plant fine root phototroph mutualism urea (50 kg of N ha-1 y-1) for 7 years 137 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 2916 Ecuador -79.17992458 -4.109535573 Loja plant-associated Tropical montane woodland soil organic matter 116_S15_7FN NA Soil core 20 -20 plant fine root phototroph mutualism urea (50 kg of N ha-1 y-1) for 7 years 138 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 2934 Ecuador -79.17974626 -4.109468613 Loja plant-associated Tropical montane woodland soil organic matter 176_S73_8ANP NA Soil core 20 -20 plant fine root phototroph mutualism urea (50 kg of N ha-1 y-1) and monosodium phosphate (10 kg P ha-1 y-1) for 7 years 139 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 2934 Ecuador -79.1797194 -4.10943169 Loja plant-associated Tropical montane woodland soil organic matter 177_S74_8BNP NA Soil core 20 -20 plant fine root phototroph mutualism urea (50 kg of N ha-1 y-1) and monosodium phosphate (10 kg P ha-1 y-1) for 7 years 140 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 2934 Ecuador -79.17972366 -4.109379676 Loja plant-associated Tropical montane woodland soil organic matter 171_S69_8CNP NA Soil core 20 -20 plant fine root phototroph mutualism urea (50 kg of N ha-1 y-1) and monosodium phosphate (10 kg P ha-1 y-1) for 7 years 141 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 2934 Ecuador -79.17973537 -4.109438861 Loja plant-associated Tropical montane woodland soil organic matter 170_S68_8DNP NA Soil core 20 -20 plant fine root phototroph mutualism urea (50 kg of N ha-1 y-1) and monosodium phosphate (10 kg P ha-1 y-1) for 7 years 142 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 2934 Ecuador -79.17969332 -4.10944471 Loja plant-associated Tropical montane woodland soil organic matter 172_S70_8ENP NA Soil core 20 -20 plant fine root phototroph mutualism urea (50 kg of N ha-1 y-1) and monosodium phosphate (10 kg P ha-1 y-1) for 7 years 143 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 2934 Ecuador -79.17963618 -4.109445471 Loja plant-associated Tropical montane woodland soil organic matter 148_S46_8FNP NA Soil core 20 -20 plant fine root phototroph mutualism urea (50 kg of N ha-1 y-1) and monosodium phosphate (10 kg P ha-1 y-1) for 7 years 144 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 2931 Ecuador -79.1795469 -4.110041519 Loja plant-associated Tropical montane woodland soil organic matter 117_S16_9AN NA Soil core 20 -20 plant fine root phototroph mutualism urea (50 kg of N ha-1 y-1) for 7 years 145 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 2931 Ecuador -79.17956801 -4.110001733 Loja plant-associated Tropical montane woodland soil organic matter 118_S17_9BN NA Soil core 20 -20 plant fine root phototroph mutualism urea (50 kg of N ha-1 y-1) for 7 years 146 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 2931 Ecuador -79.17954264 -4.109958867 Loja plant-associated Tropical montane woodland soil organic matter 119_S18_9CN NA Soil core 20 -20 plant fine root phototroph mutualism urea (50 kg of N ha-1 y-1) for 7 years 147 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 2931 Ecuador -79.17950818 -4.110010812 Loja plant-associated Tropical montane woodland soil organic matter 121_S19_9EN NA Soil core 20 -20 plant fine root phototroph mutualism urea (50 kg of N ha-1 y-1) for 7 years 148 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 2931 Ecuador -79.17948152 -4.110020263 Loja plant-associated Tropical montane woodland soil organic matter 153_S51_9FN NA Soil core 20 -20 plant fine root phototroph mutualism urea (50 kg of N ha-1 y-1) for 7 years 149 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 2923 Ecuador -79.17950001 -4.110301452 Loja plant-associated Tropical montane woodland soil organic matter 203_S81_10ACtrl NA Soil core 20 -20 plant fine root phototroph mutualism Control 150 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 2923 Ecuador -79.17950766 -4.110191776 Loja plant-associated Tropical montane woodland soil organic matter 205_S82_10CCtrl NA Soil core 20 -20 plant fine root phototroph mutualism Control 151 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 2923 Ecuador -79.17957473 -4.11025287 Loja plant-associated Tropical montane woodland soil organic matter 206_S83_10DCtrl NA Soil core 20 -20 plant fine root phototroph mutualism Control 152 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 2923 Ecuador -79.17953474 -4.110260805 Loja plant-associated Tropical montane woodland soil organic matter 207_S84_10ECtrl NA Soil core 20 -20 plant fine root phototroph mutualism Control 153 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 2923 Ecuador -79.17946102 -4.110260637 Loja plant-associated Tropical montane woodland soil organic matter 208_S85_10FCtrl NA Soil core 20 -20 plant fine root phototroph mutualism Control 154 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 2950 Ecuador -79.17982039 -4.11005333 Loja plant-associated Tropical montane woodland soil organic matter 122_S20_11ANP NA Soil core 20 -20 plant fine root phototroph mutualism urea (50 kg of N ha-1 y-1) and monosodium phosphate (10 kg P ha-1 y-1) for 7 years 155 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 2950 Ecuador -79.17984181 -4.110006707 Loja plant-associated Tropical montane woodland soil organic matter 123_S21_11BNP NA Soil core 20 -20 plant fine root phototroph mutualism urea (50 kg of N ha-1 y-1) and monosodium phosphate (10 kg P ha-1 y-1) for 7 years 156 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 2950 Ecuador -79.17984106 -4.109944872 Loja plant-associated Tropical montane woodland soil organic matter 154_S52_11CNP NA Soil core 20 -20 plant fine root phototroph mutualism urea (50 kg of N ha-1 y-1) and monosodium phosphate (10 kg P ha-1 y-1) for 7 years 157 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 2950 Ecuador -79.17987218 -4.110062961 Loja plant-associated Tropical montane woodland soil organic matter 124_S22_11DNP NA Soil core 20 -20 plant fine root phototroph mutualism urea (50 kg of N ha-1 y-1) and monosodium phosphate (10 kg P ha-1 y-1) for 7 years 158 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 2950 Ecuador -79.17984794 -4.110044772 Loja plant-associated Tropical montane woodland soil organic matter 125_S23_11ENP NA Soil core 20 -20 plant fine root phototroph mutualism urea (50 kg of N ha-1 y-1) and monosodium phosphate (10 kg P ha-1 y-1) for 7 years 159 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 2950 Ecuador -79.17979431 -4.110063675 Loja plant-associated Tropical montane woodland soil organic matter 126_S24_11FNP NA Soil core 20 -20 plant fine root phototroph mutualism urea (50 kg of N ha-1 y-1) and monosodium phosphate (10 kg P ha-1 y-1) for 7 years 160 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 3015 Ecuador -79.17977292 -4.110275433 Loja plant-associated Tropical montane woodland soil organic matter 167_S65_12AP NA Soil core 20 -20 plant fine root phototroph mutualism monosodium phosphate (10 kg P ha-1 y-1) for 7 years 161 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 3015 Ecuador -79.17977541 -4.110223119 Loja plant-associated Tropical montane woodland soil organic matter 155_S53_12BP NA Soil core 20 -20 plant fine root phototroph mutualism monosodium phosphate (10 kg P ha-1 y-1) for 7 years 162 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 3015 Ecuador -79.17975306 -4.110158559 Loja plant-associated Tropical montane woodland soil organic matter 141_S39_12CP NA Soil core 20 -20 plant fine root phototroph mutualism monosodium phosphate (10 kg P ha-1 y-1) for 7 years 163 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 3015 Ecuador -79.17984695 -4.110270252 Loja plant-associated Tropical montane woodland soil organic matter 127_S25_12DP NA Soil core 20 -20 plant fine root phototroph mutualism monosodium phosphate (10 kg P ha-1 y-1) for 7 years 164 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 3015 Ecuador -79.17978688 -4.110254062 Loja plant-associated Tropical montane woodland soil organic matter 164_S62_12EP NA Soil core 20 -20 plant fine root phototroph mutualism monosodium phosphate (10 kg P ha-1 y-1) for 7 years 165 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 3015 Ecuador -79.17974451 -4.110272693 Loja plant-associated Tropical montane woodland soil organic matter 173_S71_12FP NA Soil core 20 -20 plant fine root phototroph mutualism monosodium phosphate (10 kg P ha-1 y-1) for 7 years 166 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 2997 Ecuador -79.17909809 -4.109741454 Loja plant-associated Tropical montane woodland soil organic matter 149_S47_13AP NA Soil core 20 -20 plant fine root phototroph mutualism monosodium phosphate (10 kg P ha-1 y-1) for 7 years 167 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 2997 Ecuador -79.17911243 -4.109685599 Loja plant-associated Tropical montane woodland soil organic matter 128_S26_13BP NA Soil core 20 -20 plant fine root phototroph mutualism monosodium phosphate (10 kg P ha-1 y-1) for 7 years 168 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 2997 Ecuador -79.17910044 -4.109618685 Loja plant-associated Tropical montane woodland soil organic matter 129_S27_13CP NA Soil core 20 -20 plant fine root phototroph mutualism monosodium phosphate (10 kg P ha-1 y-1) for 7 years 169 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 2997 Ecuador -79.17919145 -4.109695293 Loja plant-associated Tropical montane woodland soil organic matter 130_S28_13DP NA Soil core 20 -20 plant fine root phototroph mutualism monosodium phosphate (10 kg P ha-1 y-1) for 7 years 170 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 2997 Ecuador -79.17913342 -4.109700214 Loja plant-associated Tropical montane woodland soil organic matter 131_S29_13EP NA Soil core 20 -20 plant fine root phototroph mutualism monosodium phosphate (10 kg P ha-1 y-1) for 7 years 171 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 2997 Ecuador -79.17907926 -4.109691469 Loja plant-associated Tropical montane woodland soil organic matter 138_S36_13FP NA Soil core 20 -20 plant fine root phototroph mutualism monosodium phosphate (10 kg P ha-1 y-1) for 7 years 172 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 2997 Ecuador -79.17899517 -4.109521338 Loja plant-associated Tropical montane woodland soil organic matter 174_S72_14ACtrl NA Soil core 20 -20 plant fine root phototroph mutualism Control 173 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 2997 Ecuador -79.17901096 -4.109481539 Loja plant-associated Tropical montane woodland soil organic matter 161_S59_14BCtrl NA Soil core 20 -20 plant fine root phototroph mutualism Control 174 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 2997 Ecuador -79.17898829 -4.109422925 Loja plant-associated Tropical montane woodland soil organic matter 162_S60_14CCtrl NA Soil core 20 -20 plant fine root phototroph mutualism Control 175 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 2997 Ecuador -79.17904355 -4.109467939 Loja plant-associated Tropical montane woodland soil organic matter 165_S63_14DCtrl NA Soil core 20 -20 plant fine root phototroph mutualism Control 176 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 2997 Ecuador -79.17899944 -4.109466947 Loja plant-associated Tropical montane woodland soil organic matter 142_S40_14ECtrl NA Soil core 20 -20 plant fine root phototroph mutualism Control 177 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 2994 Ecuador -79.17881032 -4.109524482 Loja plant-associated Tropical montane woodland soil organic matter 209_S86_15AN NA Soil core 20 -20 plant fine root phototroph mutualism urea (50 kg of N ha-1 y-1) for 7 years 178 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 2994 Ecuador -79.17882701 -4.109473687 Loja plant-associated Tropical montane woodland soil organic matter 210_S87_15BN NA Soil core 20 -20 plant fine root phototroph mutualism urea (50 kg of N ha-1 y-1) for 7 years 179 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 2994 Ecuador -79.17881141 -4.109436789 Loja plant-associated Tropical montane woodland soil organic matter 211_S88_15CN NA Soil core 20 -20 plant fine root phototroph mutualism urea (50 kg of N ha-1 y-1) for 7 years 180 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 2994 Ecuador -79.17883341 -4.109523346 Loja plant-associated Tropical montane woodland soil organic matter 212_S89_15DN NA Soil core 20 -20 plant fine root phototroph mutualism urea (50 kg of N ha-1 y-1) for 7 years 181 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 2991 Ecuador -79.17887379 -4.109683966 Loja plant-associated Tropical montane woodland soil organic matter 150_S48_16ANP NA Soil core 20 -20 plant fine root phototroph mutualism urea (50 kg of N ha-1 y-1) and monosodium phosphate (10 kg P ha-1 y-1) for 7 years 182 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 2991 Ecuador -79.17885313 -4.109656867 Loja plant-associated Tropical montane woodland soil organic matter 132_S30_16BNP NA Soil core 20 -20 plant fine root phototroph mutualism urea (50 kg of N ha-1 y-1) and monosodium phosphate (10 kg P ha-1 y-1) for 7 years 183 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 2991 Ecuador -79.17887812 -4.109605496 Loja plant-associated Tropical montane woodland soil organic matter 133_S31_16CNP NA Soil core 20 -20 plant fine root phototroph mutualism urea (50 kg of N ha-1 y-1) and monosodium phosphate (10 kg P ha-1 y-1) for 7 years 184 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 2991 Ecuador -79.17892215 -4.109638891 Loja plant-associated Tropical montane woodland soil organic matter 134_S32_16DNP NA Soil core 20 -20 plant fine root phototroph mutualism urea (50 kg of N ha-1 y-1) and monosodium phosphate (10 kg P ha-1 y-1) for 7 years 185 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 2991 Ecuador -79.17886768 -4.109638172 Loja plant-associated Tropical montane woodland soil organic matter 135_S33_16ENP NA Soil core 20 -20 plant fine root phototroph mutualism urea (50 kg of N ha-1 y-1) and monosodium phosphate (10 kg P ha-1 y-1) for 7 years 186 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 2033 Ecuador -79.08379815 -3.980336981 Zamora-Chinchipe plant-associated Tropical montane woodland soil organic matter 217_S1_1ACtrl 1ACtrl-ITS Soil core 20 -20 plant fine root phototroph mutualism Control 187 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 2033 Ecuador -79.08379797 -3.980274348 Zamora-Chinchipe plant-associated Tropical montane woodland soil organic matter 218_S2_1BCtrl 1BCtrl-ITS Soil core 20 -20 plant fine root phototroph mutualism Control 188 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 2033 Ecuador -79.08379777 -3.980220196 Zamora-Chinchipe plant-associated Tropical montane woodland soil organic matter 219_S3_1CCtrl 1CCtrl-ITS Soil core 20 -20 plant fine root phototroph mutualism Control 189 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 2033 Ecuador -79.08389702 -3.98028306 Zamora-Chinchipe plant-associated Tropical montane woodland soil organic matter 220_S4_1DCtrl 1DCtrl-ITS Soil core 20 -20 plant fine root phototroph mutualism Control 190 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 2033 Ecuador -79.08385187 -3.980282629 Zamora-Chinchipe plant-associated Tropical montane woodland soil organic matter 221_S5_1ECtrl 1ECtrl-ITS Soil core 20 -20 plant fine root phototroph mutualism Control 191 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 2033 Ecuador -79.08381614 -3.980282872 Zamora-Chinchipe plant-associated Tropical montane woodland soil organic matter 222_S6_1FCtrl 1FCtrl-ITS Soil core 20 -20 plant fine root phototroph mutualism Control 192 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 2040 Ecuador -79.0836176 -3.980526991 Zamora-Chinchipe plant-associated Tropical montane woodland soil organic matter 223_S7_2AP 2AP-ITS Soil core 20 -20 plant fine root phototroph mutualism monosodium phosphate (10 kg P ha-1 y-1) for 7 years 193 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 2040 Ecuador -79.08361744 -3.980472592 Zamora-Chinchipe plant-associated Tropical montane woodland soil organic matter 224_S8_2BP 2BP-ITS Soil core 20 -20 plant fine root phototroph mutualism monosodium phosphate (10 kg P ha-1 y-1) for 7 years 194 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 2040 Ecuador -79.08361774 -3.980463386 Zamora-Chinchipe plant-associated Tropical montane woodland soil organic matter 225_S9_2CP 2CP-ITS Soil core 20 -20 plant fine root phototroph mutualism monosodium phosphate (10 kg P ha-1 y-1) for 7 years 195 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 2040 Ecuador -79.08371668 -3.980563487 Zamora-Chinchipe plant-associated Tropical montane woodland soil organic matter NA 2DP-ITS Soil core 20 -20 plant fine root phototroph mutualism monosodium phosphate (10 kg P ha-1 y-1) for 7 years 196 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 2040 Ecuador -79.08366251 -3.980563361 Zamora-Chinchipe plant-associated Tropical montane woodland soil organic matter 227_S10_2EP 2EP-ITS Soil core 20 -20 plant fine root phototroph mutualism monosodium phosphate (10 kg P ha-1 y-1) for 7 years 197 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 2040 Ecuador -79.08360807 -3.980563234 Zamora-Chinchipe plant-associated Tropical montane woodland soil organic matter 228_S11_2FP 2FP-ITS Soil core 20 -20 plant fine root phototroph mutualism monosodium phosphate (10 kg P ha-1 y-1) for 7 years 198 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 2025 Ecuador -79.08367214 -3.9801379 Zamora-Chinchipe plant-associated Tropical montane woodland soil organic matter 255_S38_3AN 3AN-ITS Soil core 20 -20 plant fine root phototroph mutualism urea (50 kg of N ha-1 y-1) for 7 years 199 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 2025 Ecuador -79.08367194 -3.980084727 Zamora-Chinchipe plant-associated Tropical montane woodland soil organic matter 229_S12_3BN 3BN-ITS Soil core 20 -20 plant fine root phototroph mutualism urea (50 kg of N ha-1 y-1) for 7 years 200 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 2025 Ecuador -79.08367269 -3.980038733 Zamora-Chinchipe plant-associated Tropical montane woodland soil organic matter 230_S13_3CN 3CN-ITS Soil core 20 -20 plant fine root phototroph mutualism urea (50 kg of N ha-1 y-1) for 7 years 201 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 2025 Ecuador -79.08375347 -3.980084917 Zamora-Chinchipe plant-associated Tropical montane woodland soil organic matter 231_S14_3DN 3DN-ITS Soil core 20 -20 plant fine root phototroph mutualism urea (50 kg of N ha-1 y-1) for 7 years 202 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 2025 Ecuador -79.08370832 -3.98008416 Zamora-Chinchipe plant-associated Tropical montane woodland soil organic matter 232_S15_3EN 3EN-ITS Soil core 20 -20 plant fine root phototroph mutualism urea (50 kg of N ha-1 y-1) for 7 years 203 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 2025 Ecuador -79.0836453 -3.980084013 Zamora-Chinchipe plant-associated Tropical montane woodland soil organic matter 256_S39_3FN 3FN-ITS Soil core 20 -20 plant fine root phototroph mutualism urea (50 kg of N ha-1 y-1) for 7 years 204 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 2028 Ecuador -79.08349219 -3.980219642 Zamora-Chinchipe plant-associated Tropical montane woodland soil organic matter 257_S40_4ANP 4ANP-ITS Soil core 20 -20 plant fine root phototroph mutualism urea (50 kg of N ha-1 y-1) and monosodium phosphate (10 kg P ha-1 y-1) for 7 years 205 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 2028 Ecuador -79.08349169 -3.980192023 Zamora-Chinchipe plant-associated Tropical montane woodland soil organic matter 258_S41_4BNP 4BNP-ITS Soil core 20 -20 plant fine root phototroph mutualism urea (50 kg of N ha-1 y-1) and monosodium phosphate (10 kg P ha-1 y-1) for 7 years 206 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 2028 Ecuador -79.08349238 -3.980137068 Zamora-Chinchipe plant-associated Tropical montane woodland soil organic matter 259_S42_4CNP 4CNP-ITS Soil core 20 -20 plant fine root phototroph mutualism urea (50 kg of N ha-1 y-1) and monosodium phosphate (10 kg P ha-1 y-1) for 7 years 207 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 2028 Ecuador -79.08360009 -3.980164937 Zamora-Chinchipe plant-associated Tropical montane woodland soil organic matter 260_S43_4DNP 4DNP-ITS Soil core 20 -20 plant fine root phototroph mutualism urea (50 kg of N ha-1 y-1) and monosodium phosphate (10 kg P ha-1 y-1) for 7 years 208 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 2028 Ecuador -79.08353731 -3.980164511 Zamora-Chinchipe plant-associated Tropical montane woodland soil organic matter 261_S44_4ENP 4ENP-ITS Soil core 20 -20 plant fine root phototroph mutualism urea (50 kg of N ha-1 y-1) and monosodium phosphate (10 kg P ha-1 y-1) for 7 years 209 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 2028 Ecuador -79.08348315 -3.980164385 Zamora-Chinchipe plant-associated Tropical montane woodland soil organic matter 233_S16_4FNP 4FNP-ITS Soil core 20 -20 plant fine root phototroph mutualism urea (50 kg of N ha-1 y-1) and monosodium phosphate (10 kg P ha-1 y-1) for 7 years 210 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 2049 Ecuador -79.08342818 -3.980706883 Zamora-Chinchipe plant-associated Tropical montane woodland soil organic matter 234_S17_6AN 6AN-ITS Soil core 20 -20 plant fine root phototroph mutualism urea (50 kg of N ha-1 y-1) for 7 years 211 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 2049 Ecuador -79.08342689 -3.980661688 Zamora-Chinchipe plant-associated Tropical montane woodland soil organic matter 262_S45_6BN 6BN-ITS Soil core 20 -20 plant fine root phototroph mutualism urea (50 kg of N ha-1 y-1) for 7 years 212 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 2049 Ecuador -79.08342805 -3.980643558 Zamora-Chinchipe plant-associated Tropical montane woodland soil organic matter 235_S18_6CN 6CN-ITS Soil core 20 -20 plant fine root phototroph mutualism urea (50 kg of N ha-1 y-1) for 7 years 213 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 2049 Ecuador -79.08349973 -3.980634798 Zamora-Chinchipe plant-associated Tropical montane woodland soil organic matter 236_S19_6DN 6DN-ITS Soil core 20 -20 plant fine root phototroph mutualism urea (50 kg of N ha-1 y-1) for 7 years 214 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 2049 Ecuador -79.0834639 -3.980635272 Zamora-Chinchipe plant-associated Tropical montane woodland soil organic matter 263_S46_6EN 6EN-ITS Soil core 20 -20 plant fine root phototroph mutualism urea (50 kg of N ha-1 y-1) for 7 years 215 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 2049 Ecuador -79.08341918 -3.98063461 Zamora-Chinchipe plant-associated Tropical montane woodland soil organic matter 237_S20_6FN 6FN-ITS Soil core 20 -20 plant fine root phototroph mutualism urea (50 kg of N ha-1 y-1) for 7 years 216 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 2055 Ecuador -79.0833201 -3.980896747 Zamora-Chinchipe plant-associated Tropical montane woodland soil organic matter 238_S21_7ACtrl 7ACtrl-ITS Soil core 20 -20 plant fine root phototroph mutualism Control 217 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 2055 Ecuador -79.08331969 -3.9808337 Zamora-Chinchipe plant-associated Tropical montane woodland soil organic matter 239_S22_7BCtrl 7BCtrl-ITS Soil core 20 -20 plant fine root phototroph mutualism Control 218 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 2055 Ecuador -79.08331977 -3.980796876 Zamora-Chinchipe plant-associated Tropical montane woodland soil organic matter 240_S23_7CCtrl 7CCtrl-ITS Soil core 20 -20 plant fine root phototroph mutualism Control 219 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 2055 Ecuador -79.08336433 -3.980869512 Zamora-Chinchipe plant-associated Tropical montane woodland soil organic matter 241_S24_7DCtrl 7DCtrl-ITS Soil core 20 -20 plant fine root phototroph mutualism Control 220 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 2055 Ecuador -79.08328294 -3.980869322 Zamora-Chinchipe plant-associated Tropical montane woodland soil organic matter 242_S25_7ECtrl 7ECtrl-ITS Soil core 20 -20 plant fine root phototroph mutualism Control 221 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 2055 Ecuador -79.08327461 -3.980869581 Zamora-Chinchipe plant-associated Tropical montane woodland soil organic matter 243_S26_7FCtrl 7FCtrl-ITS Soil core 20 -20 plant fine root phototroph mutualism Control 222 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 2045 Ecuador -79.08334746 -3.98055349 Zamora-Chinchipe plant-associated Tropical montane woodland soil organic matter 264_S47_8AP 8AP-ITS Soil core 20 -20 plant fine root phototroph mutualism monosodium phosphate (10 kg P ha-1 y-1) for 7 years 223 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 2045 Ecuador -79.08334712 -3.980462825 Zamora-Chinchipe plant-associated Tropical montane woodland soil organic matter 244_S27_8BP 8BP-ITS Soil core 20 -20 plant fine root phototroph mutualism monosodium phosphate (10 kg P ha-1 y-1) for 7 years 224 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 2045 Ecuador -79.08334774 -3.980435766 Zamora-Chinchipe plant-associated Tropical montane woodland soil organic matter 245_S28_8CP 8CP-ITS Soil core 20 -20 plant fine root phototroph mutualism monosodium phosphate (10 kg P ha-1 y-1) for 7 years 225 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 2045 Ecuador -79.08340981 -3.980499795 Zamora-Chinchipe plant-associated Tropical montane woodland soil organic matter 246_S29_8DP 8DP-ITS Soil core 20 -20 plant fine root phototroph mutualism monosodium phosphate (10 kg P ha-1 y-1) for 7 years 226 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 2045 Ecuador -79.08338315 -3.980498617 Zamora-Chinchipe plant-associated Tropical montane woodland soil organic matter 247_S30_8EP 8EP-ITS Soil core 20 -20 plant fine root phototroph mutualism monosodium phosphate (10 kg P ha-1 y-1) for 7 years 227 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 2045 Ecuador -79.08332092 -3.980499029 Zamora-Chinchipe plant-associated Tropical montane woodland soil organic matter 248_S31_8FP 8FP-ITS Soil core 20 -20 plant fine root phototroph mutualism monosodium phosphate (10 kg P ha-1 y-1) for 7 years 228 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 2042 Ecuador -79.08317552 -3.980706416 Zamora-Chinchipe plant-associated Tropical montane woodland soil organic matter 265_S48_9ANP 9ANP-ITS Soil core 20 -20 plant fine root phototroph mutualism urea (50 kg of N ha-1 y-1) and monosodium phosphate (10 kg P ha-1 y-1) for 7 years 229 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 2042 Ecuador -79.0831756 -3.98067015 Zamora-Chinchipe plant-associated Tropical montane woodland soil organic matter 266_S49_9BNP 9BNP-ITS Soil core 20 -20 plant fine root phototroph mutualism urea (50 kg of N ha-1 y-1) and monosodium phosphate (10 kg P ha-1 y-1) for 7 years 230 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 2042 Ecuador -79.08317605 -3.980598457 Zamora-Chinchipe plant-associated Tropical montane woodland soil organic matter 249_S32_9CNP 9CNP-ITS Soil core 20 -20 plant fine root phototroph mutualism urea (50 kg of N ha-1 y-1) and monosodium phosphate (10 kg P ha-1 y-1) for 7 years 231 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 2042 Ecuador -79.08321173 -3.980661308 Zamora-Chinchipe plant-associated Tropical montane woodland soil organic matter 267_S50_9DNP 9DNP-ITS Soil core 20 -20 plant fine root phototroph mutualism urea (50 kg of N ha-1 y-1) and monosodium phosphate (10 kg P ha-1 y-1) for 7 years 232 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 2042 Ecuador -79.08314007 -3.980661419 Zamora-Chinchipe plant-associated Tropical montane woodland soil organic matter 268_S51_9ENP 9ENP-ITS Soil core 20 -20 plant fine root phototroph mutualism urea (50 kg of N ha-1 y-1) and monosodium phosphate (10 kg P ha-1 y-1) for 7 years 233 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 2042 Ecuador -79.08309507 -3.980661036 Zamora-Chinchipe plant-associated Tropical montane woodland soil organic matter 269_S52_9FNP 9FNP-ITS Soil core 20 -20 plant fine root phototroph mutualism urea (50 kg of N ha-1 y-1) and monosodium phosphate (10 kg P ha-1 y-1) for 7 years 234 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 2067 Ecuador -79.08303021 -3.981321286 Zamora-Chinchipe plant-associated Tropical montane woodland soil organic matter 250_S33_11AP 11AP-ITS Soil core 20 -20 plant fine root phototroph mutualism monosodium phosphate (10 kg P ha-1 y-1) for 7 years 235 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 2067 Ecuador -79.08303942 -3.981303453 Zamora-Chinchipe plant-associated Tropical montane woodland soil organic matter 251_S34_11BP 11BP-ITS Soil core 20 -20 plant fine root phototroph mutualism monosodium phosphate (10 kg P ha-1 y-1) for 7 years 236 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 2067 Ecuador -79.08303936 -3.981212231 Zamora-Chinchipe plant-associated Tropical montane woodland soil organic matter 252_S35_11CP 11CP-ITS Soil core 20 -20 plant fine root phototroph mutualism monosodium phosphate (10 kg P ha-1 y-1) for 7 years 237 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 2067 Ecuador -79.08303955 -3.981249334 Zamora-Chinchipe plant-associated Tropical montane woodland soil organic matter 253_S36_11DP 11DP-ITS Soil core 20 -20 plant fine root phototroph mutualism monosodium phosphate (10 kg P ha-1 y-1) for 7 years 238 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 2067 Ecuador -79.0830301 -3.981248754 Zamora-Chinchipe plant-associated Tropical montane woodland soil organic matter 270_S53_11EP 11EP-ITS Soil core 20 -20 plant fine root phototroph mutualism monosodium phosphate (10 kg P ha-1 y-1) for 7 years 239 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 2067 Ecuador -79.08295899 -3.981248309 Zamora-Chinchipe plant-associated Tropical montane woodland soil organic matter 254_S37_11FP 11FP-ITS Soil core 20 -20 plant fine root phototroph mutualism monosodium phosphate (10 kg P ha-1 y-1) for 7 years 240 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 2083 Ecuador -79.08281366 -3.981483381 Zamora-Chinchipe plant-associated Tropical montane woodland soil organic matter 271_S54_12ACtrl 12ACtrl-ITS Soil core 20 -20 plant fine root phototroph mutualism Control 241 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 2083 Ecuador -79.08281388 -3.981438167 Zamora-Chinchipe plant-associated Tropical montane woodland soil organic matter 272_S55_12BCtrl 12BCtrl-ITS Soil core 20 -20 plant fine root phototroph mutualism Control 242 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 2083 Ecuador -79.08281378 -3.981383979 Zamora-Chinchipe plant-associated Tropical montane woodland soil organic matter 273_S56_12CCtrl 12CCtrl-ITS Soil core 20 -20 plant fine root phototroph mutualism Control 243 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 2083 Ecuador -79.08285871 -3.981474513 Zamora-Chinchipe plant-associated Tropical montane woodland soil organic matter 274_S57_12DCtrl 12DCtrl-ITS Soil core 20 -20 plant fine root phototroph mutualism Control 244 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 2083 Ecuador -79.08282285 -3.981474429 Zamora-Chinchipe plant-associated Tropical montane woodland soil organic matter 275_S58_12ECtrl 12ECtrl-ITS Soil core 20 -20 plant fine root phototroph mutualism Control 245 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 2083 Ecuador -79.08277779 -3.98149227 Zamora-Chinchipe plant-associated Tropical montane woodland soil organic matter 276_S59_12FCtrl 12FCtrl-ITS Soil core 20 -20 plant fine root phototroph mutualism Control 246 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 2065 Ecuador -79.08280467 -3.981194357 Zamora-Chinchipe plant-associated Tropical montane woodland soil organic matter 293_S76_13AN 13AN-ITS Soil core 20 -20 plant fine root phototroph mutualism urea (50 kg of N ha-1 y-1) for 7 years 247 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 2065 Ecuador -79.0828054 -3.981121827 Zamora-Chinchipe plant-associated Tropical montane woodland soil organic matter 277_S60_13BN 13BN-ITS Soil core 20 -20 plant fine root phototroph mutualism urea (50 kg of N ha-1 y-1) for 7 years 248 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 2065 Ecuador -79.0828055 -3.981076635 Zamora-Chinchipe plant-associated Tropical montane woodland soil organic matter 278_S61_13CN 13CN-ITS Soil core 20 -20 plant fine root phototroph mutualism urea (50 kg of N ha-1 y-1) for 7 years 249 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 2065 Ecuador -79.08288713 -3.981094679 Zamora-Chinchipe plant-associated Tropical montane woodland soil organic matter 279_S62_13DN 13DN-ITS Soil core 20 -20 plant fine root phototroph mutualism urea (50 kg of N ha-1 y-1) for 7 years 250 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 2065 Ecuador -79.08284129 -3.981094572 Zamora-Chinchipe plant-associated Tropical montane woodland soil organic matter 280_S63_13EN 13EN-ITS Soil core 20 -20 plant fine root phototroph mutualism urea (50 kg of N ha-1 y-1) for 7 years 251 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 2065 Ecuador -79.08279602 -3.981095025 Zamora-Chinchipe plant-associated Tropical montane woodland soil organic matter 281_S64_13FN 13FN-ITS Soil core 20 -20 plant fine root phototroph mutualism urea (50 kg of N ha-1 y-1) for 7 years 252 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 2071 Ecuador -79.08275111 -3.981311641 Zamora-Chinchipe plant-associated Tropical montane woodland soil organic matter 282_S65_14ANP 14ANP-ITS Soil core 20 -20 plant fine root phototroph mutualism urea (50 kg of N ha-1 y-1) and monosodium phosphate (10 kg P ha-1 y-1) for 7 years 253 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 2071 Ecuador -79.0827513 -3.981230069 Zamora-Chinchipe plant-associated Tropical montane woodland soil organic matter 283_S66_14BNP 14BNP-ITS Soil core 20 -20 plant fine root phototroph mutualism urea (50 kg of N ha-1 y-1) and monosodium phosphate (10 kg P ha-1 y-1) for 7 years 254 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 2071 Ecuador -79.08275157 -3.981212123 Zamora-Chinchipe plant-associated Tropical montane woodland soil organic matter 284_S67_14CNP 14CNP-ITS Soil core 20 -20 plant fine root phototroph mutualism urea (50 kg of N ha-1 y-1) and monosodium phosphate (10 kg P ha-1 y-1) for 7 years 255 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 2071 Ecuador -79.08276023 -3.981284161 Zamora-Chinchipe plant-associated Tropical montane woodland soil organic matter 285_S68_14DNP 14DNP-ITS Soil core 20 -20 plant fine root phototroph mutualism urea (50 kg of N ha-1 y-1) and monosodium phosphate (10 kg P ha-1 y-1) for 7 years 256 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 2071 Ecuador -79.0826971 -3.981284479 Zamora-Chinchipe plant-associated Tropical montane woodland soil organic matter 286_S69_14ENP 14ENP-ITS Soil core 20 -20 plant fine root phototroph mutualism urea (50 kg of N ha-1 y-1) and monosodium phosphate (10 kg P ha-1 y-1) for 7 years 257 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 2071 Ecuador -79.08266113 -3.981284162 Zamora-Chinchipe plant-associated Tropical montane woodland soil organic matter 287_S70_14FNP 14FNP-ITS Soil core 20 -20 plant fine root phototroph mutualism urea (50 kg of N ha-1 y-1) and monosodium phosphate (10 kg P ha-1 y-1) for 7 years 258 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 2120 Ecuador -79.08228118 -3.982241613 Zamora-Chinchipe plant-associated Tropical montane woodland soil organic matter 311_S94_16AP 16AP-ITS Soil core 20 -20 plant fine root phototroph mutualism monosodium phosphate (10 kg P ha-1 y-1) for 7 years 259 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 2120 Ecuador -79.08228099 -3.982205557 Zamora-Chinchipe plant-associated Tropical montane woodland soil organic matter 294_S77_16BP 16BP-ITS Soil core 20 -20 plant fine root phototroph mutualism monosodium phosphate (10 kg P ha-1 y-1) for 7 years 260 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 2120 Ecuador -79.08228109 -3.982160215 Zamora-Chinchipe plant-associated Tropical montane woodland soil organic matter 288_S71_16CP 16CP-ITS Soil core 20 -20 plant fine root phototroph mutualism monosodium phosphate (10 kg P ha-1 y-1) for 7 years 261 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 2120 Ecuador -79.08239796 -3.982196543 Zamora-Chinchipe plant-associated Tropical montane woodland soil organic matter 295_S78_16DP 16DP-ITS Soil core 20 -20 plant fine root phototroph mutualism monosodium phosphate (10 kg P ha-1 y-1) for 7 years 262 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 2120 Ecuador -79.08232616 -3.982196649 Zamora-Chinchipe plant-associated Tropical montane woodland soil organic matter 289_S72_16EP 16EP-ITS Soil core 20 -20 plant fine root phototroph mutualism monosodium phosphate (10 kg P ha-1 y-1) for 7 years 263 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 2120 Ecuador -79.08229896 -3.982196312 Zamora-Chinchipe plant-associated Tropical montane woodland soil organic matter 312_S95_16FP NA Soil core 20 -20 plant fine root phototroph mutualism monosodium phosphate (10 kg P ha-1 y-1) for 7 years 264 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 2110 Ecuador -79.08251494 -3.982296446 Zamora-Chinchipe plant-associated Tropical montane woodland soil organic matter 296_S79_17ACtrl 17ACtrl-ITS Soil core 20 -20 plant fine root phototroph mutualism Control 265 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 2110 Ecuador -79.0825149 -3.982251191 Zamora-Chinchipe plant-associated Tropical montane woodland soil organic matter 290_S73_17BCtrl 17BCtrl-ITS Soil core 20 -20 plant fine root phototroph mutualism Control 266 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 2110 Ecuador -79.08251498 -3.982215305 Zamora-Chinchipe plant-associated Tropical montane woodland soil organic matter 291_S74_17CCtrl 17CCtrl-ITS Soil core 20 -20 plant fine root phototroph mutualism Control 267 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 2110 Ecuador -79.0825599 -3.982278535 Zamora-Chinchipe plant-associated Tropical montane woodland soil organic matter 297_S80_17DCtrl 17DCtrl-ITS Soil core 20 -20 plant fine root phototroph mutualism Control 268 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 2110 Ecuador -79.08251484 -3.982278286 Zamora-Chinchipe plant-associated Tropical montane woodland soil organic matter 298_S81_17ECtrl 17ECtrl-ITS Soil core 20 -20 plant fine root phototroph mutualism Control 269 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 2110 Ecuador -79.08248771 -3.982278511 Zamora-Chinchipe plant-associated Tropical montane woodland soil organic matter 292_S75_17FCtrl 17FCtrl-ITS Soil core 20 -20 plant fine root phototroph mutualism Control 270 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 2107 Ecuador -79.08235237 -3.982440638 Zamora-Chinchipe plant-associated Tropical montane woodland soil organic matter 299_S82_18ANP 18ANP-ITS Soil core 20 -20 plant fine root phototroph mutualism urea (50 kg of N ha-1 y-1) and monosodium phosphate (10 kg P ha-1 y-1) for 7 years 271 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 2107 Ecuador -79.08235262 -3.982395528 Zamora-Chinchipe plant-associated Tropical montane woodland soil organic matter 300_S83_18BNP 18BNP-ITS Soil core 20 -20 plant fine root phototroph mutualism urea (50 kg of N ha-1 y-1) and monosodium phosphate (10 kg P ha-1 y-1) for 7 years 272 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 2107 Ecuador -79.08235272 -3.982350274 Zamora-Chinchipe plant-associated Tropical montane woodland soil organic matter 301_S84_18CNP 18CNP-ITS Soil core 20 -20 plant fine root phototroph mutualism urea (50 kg of N ha-1 y-1) and monosodium phosphate (10 kg P ha-1 y-1) for 7 years 273 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 2107 Ecuador -79.08240649 -3.982431829 Zamora-Chinchipe plant-associated Tropical montane woodland soil organic matter 302_S85_18DNP 18DNP-ITS Soil core 20 -20 plant fine root phototroph mutualism urea (50 kg of N ha-1 y-1) and monosodium phosphate (10 kg P ha-1 y-1) for 7 years 274 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 2107 Ecuador -79.08236143 -3.982431579 Zamora-Chinchipe plant-associated Tropical montane woodland soil organic matter 303_S86_18ENP 18ENP-ITS Soil core 20 -20 plant fine root phototroph mutualism urea (50 kg of N ha-1 y-1) and monosodium phosphate (10 kg P ha-1 y-1) for 7 years 275 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 2107 Ecuador -79.08232541 -3.982431639 Zamora-Chinchipe plant-associated Tropical montane woodland soil organic matter 304_S87_18FNP 18FNP-ITS Soil core 20 -20 plant fine root phototroph mutualism urea (50 kg of N ha-1 y-1) and monosodium phosphate (10 kg P ha-1 y-1) for 7 years 276 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 2123 Ecuador -79.08201923 -3.982494302 Zamora-Chinchipe plant-associated Tropical montane woodland soil organic matter 305_S88_19AN 19AN-ITS Soil core 20 -20 plant fine root phototroph mutualism urea (50 kg of N ha-1 y-1) for 7 years 277 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 2123 Ecuador -79.08201932 -3.982458128 Zamora-Chinchipe plant-associated Tropical montane woodland soil organic matter 306_S89_19BN 19BN-ITS Soil core 20 -20 plant fine root phototroph mutualism urea (50 kg of N ha-1 y-1) for 7 years 278 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 2123 Ecuador -79.08201028 -3.982394837 Zamora-Chinchipe plant-associated Tropical montane woodland soil organic matter 307_S90_19CN 19CN-ITS Soil core 20 -20 plant fine root phototroph mutualism urea (50 kg of N ha-1 y-1) for 7 years 279 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 2123 Ecuador -79.08209122 -3.982394882 Zamora-Chinchipe plant-associated Tropical montane woodland soil organic matter 308_S91_19DN 19DN-ITS Soil core 20 -20 plant fine root phototroph mutualism urea (50 kg of N ha-1 y-1) for 7 years 280 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 2123 Ecuador -79.08206453 -3.98239482 Zamora-Chinchipe plant-associated Tropical montane woodland soil organic matter 309_S92_19EN 19EN-ITS Soil core 20 -20 plant fine root phototroph mutualism urea (50 kg of N ha-1 y-1) for 7 years 281 1392479 Spermatophyta environmental sample mixed root sample Twenty root pieces of <2 mm diameter were separated from the organic layer of the forest floor. The sample was extracted with a soil core. Response of tropical forests root associated fungal communities to atmospheric nutrient deposition Illumuna MiSeq 2 x 250 bp 2015-08 2123 Ecuador -79.08202859 -3.982421975 Zamora-Chinchipe plant-associated Tropical montane woodland soil organic matter 310_S93_19FN 19FN-ITS Soil core 20 -20 plant fine root phototroph mutualism urea (50 kg of N ha-1 y-1) for 7 years