cometadata/datacite-titles-descriptions-related-identifiers huggingface dataset:
DOI: 10.5281/zenodo.13768398
title: Sustainable land use strengthens microbial and herbivore controls in soil food webs in current and future climates

description: Climate change and land-use intensification are threatening soil communities and ecosystem functions. Understanding the combined effects of climate change and land use is crucial for predicting future impacts on soil biodiversity and ecosystem functioning in agroecosystems. Here, we used a field experiment to quantify the combined effects of climate change (warming and altered precipitation patterns) and land use (agricultural type and management intensity) on soil food webs across nematodes, micro-, and macroarthropods. Specifically, we investigated two types of agricultural systems—croplands and grasslands—under both high- and low-intensity management. We focused on assessing the functioning of soil food webs by investigating changes in energy flux to consumers in the main trophic groups: decomposers, microbivores, herbivores, and predators. While the total energy flux and detritivory, herbivory and predation in the soil food web remained unchanged across treatments, low-intensity land us —compared to high-intensity—led to higher microbivory and microbial control under future-climate conditions (i.e., warming and summer drought) in croplands and grasslands. At the same time, microbial and herbivore control were higher under low-intensity land use in croplands and grasslands. Overall, our results underscore the potential benefits of less intensive, more sustainable management practices for soil food-web functioning under current and future climate scenarios.
DOI: 10.5281/zenodo.13897985
title: Sustainable land use strengthens microbial and herbivore controls in soil food webs in current and future climates

description: Climate change and land-use intensification are threatening soil communities and ecosystem functions. Understanding the combined effects of climate change and land use is crucial for predicting future impacts on soil biodiversity and ecosystem functioning in agroecosystems. Here, we used a field experiment to quantify the combined effects of climate change (warming and altered precipitation patterns) and land use (agricultural type and management intensity) on soil food webs across nematodes, micro-, and macroarthropods. Specifically, we investigated two types of agricultural systems—croplands and grasslands—under both high- and low-intensity management. We focused on assessing the functioning of soil food webs by investigating changes in energy flux to consumers in the main trophic groups: decomposers, microbivores, herbivores, and predators. While the total energy flux and detritivory, herbivory and predation in the soil food web remained unchanged across treatments, low-intensity land us —compared to high-intensity—led to higher microbivory and microbial control under future-climate conditions (i.e., warming and summer drought) in croplands and grasslands. At the same time, microbial and herbivore control were higher under low-intensity land use in croplands and grasslands. Overall, our results underscore the potential benefits of less intensive, more sustainable management practices for soil food-web functioning under current and future climate scenarios.
DOI: 10.5281/zenodo.13918575
title: Sustainable land use strengthens microbial and herbivore controls in soil food webs in current and future climates

description: Climate change and land-use intensification are threatening soil communities and ecosystem functions. Understanding the combined effects of climate change and land use is crucial for predicting future impacts on soil biodiversity and ecosystem functioning in agroecosystems. Here, we used a field experiment to quantify the combined effects of climate change (warming and altered precipitation patterns) and land use (agricultural type and management intensity) on soil food webs across nematodes, micro-, and macroarthropods. Specifically, we investigated two types of agricultural systems—croplands and grasslands—under both high- and low-intensity management. We focused on assessing the functioning of soil food webs by investigating changes in energy flux to consumers in the main trophic groups: decomposers, microbivores, herbivores, and predators. While the total energy flux and detritivory, herbivory and predation in the soil food web remained unchanged across treatments, low-intensity land us —compared to high-intensity—led to higher microbivory and microbial control under future-climate conditions (i.e., warming and summer drought) in croplands and grasslands. At the same time, microbial and herbivore control were higher under low-intensity land use in croplands and grasslands. Overall, our results underscore the potential benefits of less intensive, more sustainable management practices for soil food-web functioning under current and future climate scenarios.
DOI: 10.5281/zenodo.13919752
title: Supported data for manuscript "Different technology packages to deliver the 1.5°C target for global aluminum smelters"

description: This is the database of the manuscript "Different technology packages to deliver the 1.5°C target for global aluminum smelters" submitted to Nature Climate Change.
DOI: 10.5281/zenodo.13919753
title: Supported data for manuscript "Different technology packages to deliver the 1.5°C target for global aluminum smelters"

description: This is the database of the manuscript "Different technology packages to deliver the 1.5°C target for global aluminum smelters" submitted to Nature Climate Change.
DOI: 10.18738/t8/uoes4s/9b4cgc
title: Vid2RealPhase2_P26_vlp16_000216.bin
DOI: 10.5281/zenodo.13919434
title: AV_FixTime_Online&In-lab_Study

description: This dataset contains information about participants involved in eye-tracking experiment studying fixation times across different scenario categories in autonomous vehicle (AV) and non-AV settings for both online and in-lab experiment
DOI: 10.18738/t8/uoes4s/4lsxxf
title: Vid2RealPhase2_P26_vlp16_000088.bin
DOI: 10.18738/t8/uoes4s/lgjszf
title: Vid2RealPhase2_P26_vlp16_000059.bin
DOI: 10.18738/t8/uoes4s/nrztze
title: Vid2RealPhase2_P26_vlp16_000101.bin
DOI: 10.18738/t8/uoes4s/cfygqq
title: Vid2RealPhase2_P26_vlp16_000264.bin
DOI: 10.18738/t8/uoes4s/xjmfkk
title: Vid2RealPhase2_P26_vlp16_000173.bin
DOI: 10.18738/t8/uoes4s/1jqpjd
title: Vid2RealPhase2_P26_vlp16_000391.bin
DOI: 10.18738/t8/uoes4s/3vegbb
title: Vid2RealPhase2_P26_vlp16_000218.bin
DOI: 10.18738/t8/uoes4s/lecbnr
title: Vid2RealPhase2_P26_vlp16_000057.bin
DOI: 10.18738/t8/uoes4s/g1v9h9
title: Vid2RealPhase2_P26_vlp16_000340.bin
DOI: 10.18738/t8/uoes4s/mmmymq
title: Vid2RealPhase2_P26_vlp16_000086.bin
DOI: 10.5281/zenodo.13843073
title: MO-IOH: reproducibility files and additional examples
DOI: 10.5281/zenodo.13843074
title: MO-IOH: reproducibility files and additional examples
DOI: 10.18738/t8/uoes4s/2cjqno
title: Vid2RealPhase2_P26_vlp16_000108.bin
DOI: 10.18738/t8/uoes4s/s7kcoz
title: Vid2RealPhase2_P26_vlp16_000396.bin
DOI: 10.18738/t8/uoes4s/koznbu
title: Vid2RealPhase2_P26_vlp16_000081.bin
DOI: 10.18738/t8/uoes4s/so3dwt
title: Vid2RealPhase2_P26_vlp16_000050.bin
DOI: 10.18738/t8/uoes4s/sywpia
title: Vid2RealPhase2_P26_vlp16_000347.bin
DOI: 10.18738/t8/uoes4s/pnrbhs
title: Vid2RealPhase2_P26_vlp16_000263.bin
DOI: 10.18738/t8/uoes4s/qeiyrq
title: Vid2RealPhase2_P26_vlp16_000174.bin
DOI: 10.18738/t8/uoes4s/enz2ql
title: Vid2RealPhase2_P26_vlp16_000372.bin
DOI: 10.18738/t8/uoes4s/kxz7db
title: Vid2RealPhase2_P26_vlp16_000404.bin
DOI: 10.18738/t8/uoes4s/zfrgxd
title: Vid2RealPhase2_P26_vlp16_000065.bin
DOI: 10.18738/t8/uoes4s/a7dj0c
title: Vid2RealPhase2_P26_vlp16_000141.bin
DOI: 10.18738/t8/uoes4s/sivg2h
title: Vid2RealPhase2_P26_vlp16_000287.bin
DOI: 10.18738/t8/uoes4s/z3wu1d
title: Vid2RealPhase2_P26_vlp16_000256.bin
DOI: 10.18738/t8/uoes4s/5yqokk
title: Vid2RealPhase2_P26_vlp16_000190.bin
DOI: 10.18738/t8/uoes4s/ncknn8
title: Vid2RealPhase2_P26_vlp16_000146.bin
DOI: 10.18738/t8/uoes4s/tusrv9
title: Vid2RealPhase2_P26_vlp16_000019.bin
DOI: 10.18738/t8/uoes4s/eax6yo
title: Vid2RealPhase2_P26_vlp16_000251.bin
DOI: 10.18738/t8/uoes4s/upxys7
title: Vid2RealPhase2_P26_vlp16_000280.bin
DOI: 10.18738/t8/uoes4s/9pfeo8
title: Vid2RealPhase2_P26_vlp16_000309.bin
DOI: 10.18738/t8/uoes4s/bnbody
title: Vid2RealPhase2_P26_vlp16_000197.bin
DOI: 10.18738/t8/uoes4s/yezm8d
title: Vid2RealPhase2_P26_vlp16_000375.bin
DOI: 10.18738/t8/uoes4s/5vhtfp
title: Vid2RealPhase2_P26_vlp16_000403.bin
DOI: 10.18738/t8/uoes4s/dffnse
title: Vid2RealPhase2_P26_vlp16_000062.bin
DOI: 10.18738/t8/uoes4s/as9shj
title: Vid2RealPhase2_P26_vlp16_000148.bin
DOI: 10.18738/t8/uoes4s/bnhjaq
title: Vid2RealPhase2_P26_vlp16_000307.bin
DOI: 10.18738/t8/uoes4s/mrhhjc
title: Vid2RealPhase2_P26_vlp16_000199.bin
DOI: 10.18738/t8/uoes4s/0fy2sn
title: Vid2RealPhase2_P26_vlp16_000134.bin
DOI: 10.18738/t8/uoes4s/rfx6mf
title: Vid2RealPhase2_P26_vlp16_000010.bin
DOI: 10.18738/t8/uoes4s/f1qwkf
title: Vid2RealPhase2_P26_vlp16_000224.bin
DOI: 10.18738/t8/uoes4s/ij9yzk
title: Vid2RealPhase2_P26_vlp16_000133.bin
DOI: 10.18738/t8/uoes4s/krtq2d
title: Vid2RealPhase2_P26_vlp16_000223.bin
DOI: 10.18738/t8/uoes4s/bvsud5
title: Vid2RealPhase2_P26_vlp16_000289.bin
DOI: 10.18738/t8/uoes4s/z97yph
title: Vid2RealPhase2_P26_vlp16_000258.bin
DOI: 10.18738/t8/uoes4s/ahibea
title: Vid2RealPhase2_P26_vlp16_000300.bin
DOI: 10.18738/t8/uoes4s/c32l5m
title: Vid2RealPhase2_P26_vlp16_000017.bin
DOI: 10.18738/t8/uoes4s/hkfqgg
title: Vid2RealPhase2_P26_vlp16_000388.bin
DOI: 10.18738/t8/uoes4s/znnzxp
title: Vid2RealPhase2_P26_vlp16_000359.bin
DOI: 10.18738/t8/uoes4s/zve6vu
title: Vid2RealPhase2_P26_vlp16_000116.bin
DOI: 10.18738/t8/uoes4s/5areg8
title: Vid2RealPhase2_P26_vlp16_000325.bin
DOI: 10.18738/t8/uoes4s/y7s0uu
title: Vid2RealPhase2_P26_vlp16_000201.bin
DOI: 10.18738/t8/uoes4s/a5ur4h
title: Vid2RealPhase2_P26_vlp16_000322.bin
DOI: 10.18738/t8/uoes4s/q41zri
title: Vid2RealPhase2_P26_vlp16_000032.bin
DOI: 10.18738/t8/uoes4s/qf524l
title: Vid2RealPhase2_P26_vlp16_000035.bin
DOI: 10.18738/t8/uoes4s/3cgtve
title: Vid2RealPhase2_P26_vlp16_000049.bin
DOI: 10.18738/t8/uoes4s/fxdbl7
title: Vid2RealPhase2_P26_vlp16_000098.bin
DOI: 10.18738/t8/uoes4s/hbcyyn
title: Vid2RealPhase2_P26_vlp16_000163.bin
DOI: 10.18738/t8/uoes4s/o8pdwx
title: Vid2RealPhase2_P26_vlp16_000206.bin
DOI: 10.18738/t8/uoes4s/tt32yb
title: Vid2RealPhase2_P26_vlp16_000111.bin
DOI: 10.18738/t8/uoes4s/lvr9eg
title: Vid2RealPhase2_P26_vlp16_000274.bin
DOI: 10.18738/t8/uoes4s/pty1vn
title: Vid2RealPhase2_P26_vlp16_000096.bin
DOI: 10.18738/t8/uoes4s/7hjdwo
title: Vid2RealPhase2_P26_vlp16_000350.bin
DOI: 10.18738/t8/uoes4s/eic4br
title: Vid2RealPhase2_P26_vlp16_000381.bin
DOI: 10.18738/t8/uoes4s/2iaelw
title: Vid2RealPhase2_P26_vlp16_000047.bin
DOI: 10.18738/t8/uoes4s/apgzc2
title: Vid2RealPhase2_P26_vlp16_000091.bin
DOI: 10.18738/t8/uoes4s/fx51s9
title: Vid2RealPhase2_P26_vlp16_000208.bin
DOI: 10.18738/t8/uoes4s/adawvv
title: Vid2RealPhase2_P26_vlp16_000386.bin
DOI: 10.18738/t8/uoes4s/qrt93l
title: Vid2RealPhase2_P26_vlp16_000357.bin
DOI: 10.18738/t8/uoes4s/6gyi8e
title: Vid2RealPhase2_P26_vlp16_000118.bin
DOI: 10.18738/t8/uoes4s/epkvqh
title: Vid2RealPhase2_P26_vlp16_000040.bin
DOI: 10.18738/t8/uoes4s/fok5wk
title: Vid2RealPhase2_P26_vlp16_000164.bin
DOI: 10.18738/t8/uoes4s/u1yke1
title: Vid2RealPhase2_P26_vlp16_000273.bin
DOI: 10.18738/t8/uoes4s/4mxlzg
title: Vid2RealPhase2_P26_vlp16_000075.bin
DOI: 10.18738/t8/uoes4s/gjhbvu
title: Vid2RealPhase2_P26_vlp16_000414.bin
DOI: 10.18738/t8/uoes4s/mj8a3c
title: Vid2RealPhase2_P26_vlp16_000362.bin
DOI: 10.18738/t8/uoes4s/izqrnc
title: Vid2RealPhase2_P26_vlp16_000246.bin
DOI: 10.18738/t8/uoes4s/vxpnoz
title: Vid2RealPhase2_P26_vlp16_000009.bin
DOI: 10.18738/t8/uoes4s/6mvy2w
title: Vid2RealPhase2_P26_vlp16_000180.bin
DOI: 10.18738/t8/uoes4s/wlezym
title: Vid2RealPhase2_P26_vlp16_000151.bin
DOI: 10.18738/t8/uoes4s/er69zv
title: Vid2RealPhase2_P26_vlp16_000297.bin
DOI: 10.18738/t8/uoes4s/p3nq0d
title: Vid2RealPhase2_P26_vlp16_000319.bin
DOI: 10.18738/t8/uoes4s/574czi
title: Vid2RealPhase2_P26_vlp16_000187.bin
DOI: 10.18738/t8/uoes4s/q8utwf
title: Vid2RealPhase2_P26_vlp16_000156.bin
DOI: 10.18738/t8/uoes4s/qda94z
title: Vid2RealPhase2_P26_vlp16_000241.bin
DOI: 10.18738/t8/uoes4s/ds9wnl
title: Vid2RealPhase2_P26_vlp16_000413.bin
DOI: 10.18738/t8/uoes4s/v1ymgp
title: Vid2RealPhase2_P26_vlp16_000072.bin
DOI: 10.18738/t8/uoes4s/wwmspc
title: Vid2RealPhase2_P26_vlp16_000290.bin
DOI: 10.18738/t8/uoes4s/hucgj9
title: Vid2RealPhase2_P26_vlp16_000365.bin
DOI: 10.18738/t8/uoes4s/u8glrv
title: Vid2RealPhase2_P26_vlp16_000000.bin
DOI: 10.18738/t8/uoes4s/bil9gj
title: Vid2RealPhase2_P26_vlp16_000317.bin
DOI: 10.18738/t8/uoes4s/tzh7a4
title: Vid2RealPhase2_P26_vlp16_000189.bin
DOI: 10.18738/t8/uoes4s/rdglam
title: Vid2RealPhase2_P26_vlp16_000233.bin
DOI: 10.18738/t8/uoes4s/tclxkq
title: Vid2RealPhase2_P26_vlp16_000158.bin
DOI: 10.18738/t8/uoes4s/trqmvb
title: Vid2RealPhase2_P26_vlp16_000124.bin
DOI: 10.18738/t8/uoes4s/pgrbbi
title: Vid2RealPhase2_P26_vlp16_000123.bin
DOI: 10.18738/t8/uoes4s/q381d1
title: Vid2RealPhase2_P26_vlp16_000234.bin
DOI: 10.18738/t8/uoes4s/baeidn
title: Vid2RealPhase2_P26_vlp16_000310.bin
DOI: 10.18738/t8/uoes4s/d127m3
title: Vid2RealPhase2_P26_vlp16_000007.bin
DOI: 10.18738/t8/uoes4s/amgre3
title: Vid2RealPhase2_P26_vlp16_000299.bin
DOI: 10.18738/t8/uoes4s/ehrd3q
title: Vid2RealPhase2_P26_vlp16_000248.bin
DOI: 10.18738/t8/uoes4s/n7qv2q
title: Vid2RealPhase2_P26_vlp16_000225.bin
DOI: 10.18738/t8/uoes4s/ppxjnl
title: Vid2RealPhase2_P26_vlp16_000132.bin
DOI: 10.18738/t8/uoes4s/38vldn
title: Vid2RealPhase2_P26_vlp16_000259.bin
DOI: 10.18738/t8/uoes4s/he9ksu
title: Vid2RealPhase2_P26_vlp16_000288.bin
DOI: 10.18738/t8/uoes4s/zmfyoa
title: Vid2RealPhase2_P26_vlp16_000301.bin
DOI: 10.15468/dl.p6mbsx
title: Occurrence Download

description: A dataset containing 4770 species occurrences available in GBIF matching the query:
{
 "and" : [
 "TaxonKey is Eragrostis curvula (Schrad.) Nees",
 "Continent is Africa"
 ]
}

 The dataset includes 4770 records from 48 constituent datasets; see https://api.gbif.org/v1/occurrence/download/0008077-241007104925546/datasets/export for details.
 
Data from some individual datasets included in this download may be licensed under less restrictive terms.
DOI: 10.18738/t8/uoes4s/dk2r10
title: Vid2RealPhase2_P26_vlp16_000149.bin
DOI: 10.18738/t8/uoes4s/qmkduq
title: Vid2RealPhase2_P26_vlp16_000016.bin
DOI: 10.18738/t8/uoes4s/o817ji
title: Vid2RealPhase2_P26_vlp16_000198.bin
DOI: 10.18738/t8/uoes4s/ywlznk
title: Vid2RealPhase2_P26_vlp16_000306.bin
DOI: 10.18738/t8/uoes4s/oe0wq8
title: Vid2RealPhase2_P26_vlp16_000011.bin
DOI: 10.18738/t8/uoes4s/rah6uh
title: Vid2RealPhase2_P26_vlp16_000135.bin
DOI: 10.18738/t8/uoes4s/cqewzy
title: Vid2RealPhase2_P26_vlp16_000147.bin
DOI: 10.18738/t8/uoes4s/dodof0
title: Vid2RealPhase2_P26_vlp16_000222.bin
DOI: 10.18738/t8/uoes4s/qdandf
title: Vid2RealPhase2_P26_vlp16_000281.bin
DOI: 10.18738/t8/uoes4s/jjpjsp
title: Vid2RealPhase2_P26_vlp16_000250.bin
DOI: 10.18738/t8/uoes4s/bia6cv
title: Vid2RealPhase2_P26_vlp16_000308.bin
DOI: 10.18738/t8/uoes4s/jgm8xk
title: Vid2RealPhase2_P26_vlp16_000196.bin
DOI: 10.18738/t8/uoes4s/vep3lj
title: Vid2RealPhase2_P26_vlp16_000374.bin
DOI: 10.18738/t8/uoes4s/vjvjnd
title: Vid2RealPhase2_P26_vlp16_000063.bin
DOI: 10.18738/t8/uoes4s/5rolbr
title: Vid2RealPhase2_P26_vlp16_000373.bin
DOI: 10.18738/t8/uoes4s/e8a84q
title: Vid2RealPhase2_P26_vlp16_000402.bin
DOI: 10.18738/t8/uoes4s/jlejpj
title: Vid2RealPhase2_P26_vlp16_000064.bin
DOI: 10.18738/t8/uoes4s/xj3ycv
title: Vid2RealPhase2_P26_vlp16_000405.bin
DOI: 10.18738/t8/uoes4s/ndhyud
title: Vid2RealPhase2_P26_vlp16_000286.bin
DOI: 10.18738/t8/uoes4s/r67j7l
title: Vid2RealPhase2_P26_vlp16_000140.bin
DOI: 10.18738/t8/uoes4s/6mltql
title: Vid2RealPhase2_P26_vlp16_000257.bin
DOI: 10.18738/t8/uoes4s/qaio0b
title: Vid2RealPhase2_P26_vlp16_000191.bin
DOI: 10.18738/t8/uoes4s/yzh40z
title: Vid2RealPhase2_P26_vlp16_000018.bin
DOI: 10.18738/t8/uoes4s/2ytlwp
title: Vid2RealPhase2_P26_vlp16_000397.bin
DOI: 10.18738/t8/uoes4s/948dvd
title: Vid2RealPhase2_P26_vlp16_000109.bin
DOI: 10.18738/t8/uoes4s/jdcmsw
title: Vid2RealPhase2_P26_vlp16_000051.bin
DOI: 10.18738/t8/uoes4s/v5zpjc
title: Vid2RealPhase2_P26_vlp16_000080.bin
DOI: 10.18738/t8/uoes4s/vxyw6d
title: Vid2RealPhase2_P26_vlp16_000346.bin
DOI: 10.18738/t8/uoes4s/vs0dxt
title: Vid2RealPhase2_P26_vlp16_000175.bin
DOI: 10.18738/t8/uoes4s/zojxso
title: Vid2RealPhase2_P26_vlp16_000262.bin
DOI: 10.18738/t8/uoes4s/4fz0iu
title: Vid2RealPhase2_P26_vlp16_000172.bin
DOI: 10.18738/t8/uoes4s/iiiaub
title: Vid2RealPhase2_P26_vlp16_000219.bin
DOI: 10.18738/t8/uoes4s/pjfsu1
title: Vid2RealPhase2_P26_vlp16_000265.bin
DOI: 10.18738/t8/uoes4s/nnfwjg
title: Vid2RealPhase2_P26_vlp16_000390.bin
DOI: 10.18738/t8/uoes4s/ch03zf
title: Vid2RealPhase2_P26_vlp16_000087.bin
DOI: 10.18738/t8/uoes4s/iqsqz9
title: Vid2RealPhase2_P26_vlp16_000056.bin
DOI: 10.18738/t8/uoes4s/9wszli
title: Vid2RealPhase2_P26_vlp16_000333.bin
DOI: 10.18738/t8/uoes4s/jacim7
title: Vid2RealPhase2_P26_vlp16_000024.bin
DOI: 10.18738/t8/uoes4s/ptskte
title: Vid2RealPhase2_P26_vlp16_000341.bin
DOI: 10.18738/t8/uoes4s/626xhi
title: Vid2RealPhase2_P26_vlp16_000100.bin
DOI: 10.18738/t8/uoes4s/eubkoo
title: Vid2RealPhase2_P26_vlp16_000058.bin
DOI: 10.18738/t8/uoes4s/jl1kdl
title: Vid2RealPhase2_P26_vlp16_000217.bin
DOI: 10.18738/t8/uoes4s/dnzg5w
title: Vid2RealPhase2_P26_vlp16_000089.bin
DOI: 10.18738/t8/uoes4s/wuvrk5
title: Vid2RealPhase2_P26_vlp16_000210.bin
DOI: 10.18738/t8/uoes4s/keita7
title: Vid2RealPhase2_P26_vlp16_000348.bin
DOI: 10.18738/t8/uoes4s/ukel5t
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DOI: 10.18738/t8/uoes4s/uxtriw
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