ESG, JMB and JMPG were supported by Juan de la Cierva contracts (Ministerio de Economia y Competitividad, MEC; IJCI‐2015‐24947, IJCI‐2017‐32149 and FJCI‐2015‐25632, respectively). ESG and LNA were also supported by Generalitat Valenciana (SEJI/2018/024 and ACIF/2019/056, respectively), ACA by the Govern de les Illes Balears (PD/039/2017) and MM by a Ramon y Cajal contract (MEC; RYC‐2015‐19231). EA was supported by La Caixa‐Severo Ochoa International PhD Program 2015, ZMR by a postdoctoral contract co‐funded by the Generalitat Valenciana and the European Social Fund (APOSTD/2019/016). NS was partly supported by the National Science Centre in Poland (2013/08/M/NZ9/00469 and 2016/22/Z/NZ8/00). SAL thanks PICT (BID) 0725/2014. MK and KJ were supported by the Slovenian Research Agency (P4‐0059) and EU Life DinAlp Bear (LIFE13 NAT/SI/000550). Contributions of HG, KLT, EFA, OER, TLD and JCB were partially supported through funding from U.S. Dept of Agriculture and the U.S. Dept of Energy under (DE‐EM0004391) to the Univ. of Georgia Research Foundation. HG was also supported by the Inst. of Environmental Radioactivity at Fukushima Univ. ALB and JDA were partially supported by Queens College and the Graduate Center at the City Univ. of New York. JDA is currently supported by a Ramon y Cajal contract (RYC‐2017‐22783) co‐funded by the Spanish Ministry of Science, the Agencia Estatal de Investigacion and the European Social Fund. ERB and EF were supported by the USA National Science Foundation Graduate Research Fellowship (1256065). CK completed study with support from Hawk Mountain Sanctuary, The Peregrine Fund, and via Pompeo M. Maresi Memorial Fund via Princeton Univ. JAS and CCW were supported by the USA National Science Foundation #1255913, the American Association for Univ. Women and the Gordon and Betty Moore Foundation. HUW acknowledges funding from the California Dept of Fish and Wildlife (P0880013). PLP was supported by the Rufford Foundation and Univ. of Wisconsin‐Madison. JB and JdT thank the Percy Sladen Memorial Fund and Mr Rodney Fuhr. Several authors were funded by funds from the MEC (CGL2012‐40013‐C02‐01/02, CGL2015‐66966‐C2‐1‐R, CGL2015‐66966‐C2‐1‐R2, CGL2017‐89905‐R and RTI2018‐099609‐B‐C22) and from the Junta de Andalucia (RNM‐1925). POV was supported by a research contract by the Univ. of Lleida. ES and TMN were funded and supported by Australian Geographic, Bush Heritage Australia, Australian Academy of Sciences, Ecological Society of Australia, NSW Office of Environment and Heritage, and Emirates Wolgan Valley One and Only Resort.

中文翻译：

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全球范围内脊椎动物清道夫组合的网络结构：驱动因素和生态系统功能影响

ESG、JMB 和 JMPG 得到 Juan de la Cierva 合同的支持（分别为 MEC；IJCI-2015-24947、IJCI-2017-32149 和 FJCI-2015-25632）。ESG 和 LNA 还得到 Generalitat Valenciana（分别为 SEJI/2018/024 和 ACIF/2019/056）的支持，巴利阿里政府的 ACA（PD/039/2017）和 Ramon y Cajal 合同（MEC）的 MM ; RYC-2015-19231)。EA 得到了 La Caixa-Severo Ochoa 国际博士项目 2015 的支持，ZMR 得到了由 Generalitat Valenciana 和欧洲社会基金 (APOSTD/2019/016) 共同资助的博士后合同的支持。NS 部分得到了波兰国家科学中心的支持 (2013/08/M/NZ9/00469 和 2016/22/Z/NZ8/00)。SAL 感谢 PICT (BID) 0725/2014。MK 和 KJ 得到了斯洛文尼亚研究机构 (P4-0059) 和 EU Life DinAlp Bear (LIFE13 NAT/SI/000550) 的支持。HG、KLT、EFA、OER、TLD 和 JCB 的捐款部分得到了美国农业部和美国能源部 (DE-EM0004391) 对大学的资助。佐治亚研究基​​金会。HG 也得到了 Inst 的支持。福岛大学环境放射学系 ALB 和 JDA 得到了皇后学院和城市大学研究生中心的部分支持。纽约的。JDA 目前得到由西班牙科学部、Agencia Estal de Investigacion 和欧洲社会基金共同资助的 Ramon y Cajal 合同 (RYC-2017-22783) 的支持。ERB 和 EF 得到了美国国家科学基金会研究生研究奖学金 (1256065) 的支持。CK 在 Hawk Mountain Sanctuary、The Peregrine Fund 和 Pompeo M. Maresi Memorial Fund 的支持下完成了研究，普林斯顿大学。JAS 和 CCW 得到美国国家科学基金会 #1255913、美国大学协会的支持。妇女与戈登和贝蒂摩尔基金会。HUW 承认加州鱼类和野生动物部 (P0880013) 的资助。PLP 得到了拉福德基金会和大学的支持。威斯康星-麦迪逊。JB 和 JdT 感谢 Percy Sladen Memorial Fund 和 Rodney Fuhr 先生。几位作者由 MEC 资助（CGL2012-40013-C02-01/02、CGL2015-66966-C2-1-R、CGL2015-66966-C2-1-R2、CGL2017-89905-R 和-RTI2018-R B-C22) 和安达卢西亚军政府 (RNM-1925)。POV 得到了大学的研究合同的支持。莱里达。ES 和 TMN 由澳大利亚地理、澳大利亚布什遗产、澳大利亚科学院、澳大利亚生态学会、新南威尔士州环境和遗产办公室资助和支持，