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Posted on Authorea 23 Jul 2020 — The copyright holder is the author/funder. All rights reserved. No reuse without permission. — https://doi.org/10.22541/au.159551318.88959325 — This a preprint and has not been peer reviewed. Data may be preliminary. neoytmsrie Cbloae l 00.Sbtnilifraini vial noe-xliainof over-exploitation on available is and information declines consequences Substantial population cascading Aggravatedly, negative 2020). and 2016). al. 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Data may be preliminary. ttegoa ee.Boiest osrainadgoaiaincno eanioae u edt be- to need development but hegemonic isolated question remain that References: development cannot sustainable globalization for conservation and strategies biodiversity conservation integrated of the paradigms. more agenda Biodiversity especially the of underpin globalization, part may level. in come – “Vasud- global changes family of one philosophy to the is susceptible world Indian at An whole is the resources. that – natural Kutumbakam” of livelihoods haiva exploitation over of by recent part about brought in changes major Dying” Great the centuries “the two is alter past to Biodiversity unmanageable the appears in it now Unarguably, their and and extinction urbanization. times. resources In of sixth and as pace natural 2020). the such facing of international accelerated globally fragmentation, demand are al. has the threats ever-increasing habitat et we resources, an similar diseases, Ceballosa natural that is from and 2015, of there suffers doubt species harvesting biodiversity al. invasive beyond unsustainable global et of is and the (Ceballos trade unregulated It and history change, purposeful of 2010). been years , has billion it al. 4.5 however, cases, ’s et legislations, many the priority and (Hoffmann in laws highest spectacular international extinction the been and mass on have national are and failures conservation conventions and wildlife the treaties, and 2010). international (FAO natural environment several land biodiversity, of of agricultural change, degradation on climate and biodiversity present, destruction of At of restoration through causes restricts recover food it major to for demand and the vigor global loss natural of example, For biodiversity their one lost 2017). is have al. expansion or et recover agriculture (Moreno-Mateos stops to recent exploitation slow and their either 2010) after even (Gilbert are consequences. risk ecosystems similar disease degraded the increased such of an Furthermore, US to one leads estimated be also an might loss (COVID-19) lost Such US pandemic have 2019). and coronavirus we (OECD change Ecosystem 2011 and land-cover to Millennium 2003) to 1997 2020, owing Ehrnfeld during services al. 2006, ecosystem et al. in (Ceballosa year et perspective globalization Groom the 2005, in Assessment, humans by resources natural Mrn-aesD abe B oe C oe P rno ,Loe-´pzJ,MCaknML, L´opez-L´opez McCrackin J, JA, Aronson HP, Jones PC, Jones EB, Barbier Press, biological- D, Island deep-time Moreno-Mateos Synthesis. Well-being: and 12. Human contemporary and comparing Ecosystems 2005. of Assessment. challenge Ecosystem the Millennium On 11. 2016. AI. Miller M, Lamkin 10. GomM,Mff K arl,C.20.Picpe fCnevto ilg,SnurAssociates, Sinauer Biology, B Conservation A, of Angulo 2010, Principles C, Hilton-Taylor Assessment M, 2006. Hoffmann Resources CR. https://doi.org/10.1038/news.2010.644 9. Carroll, Nature Forest GK, disease. Global less Meffe means MJ, species Groom More 2010. 8. 2010. N. (FAO). Gilbert, Organization 7. Agriculture and Conservation and Society. and Environment Food Biodiversity, 6. on Effects background Globalisation: normal 2003. the Estimating D. Ehrnfeld 2014. SL. 5. Pimm PR, extinction Stephens mass JL, sixth Gittleman ongoing LN, the Joppa via JM, DeVos annihilation Biological 4. modern 2020. Accelerated R. 2015. Dirzo TM. PR, Palmer Ehrlichb G, RM, Ceballosa Pringle Lett. A, 3. Biol. Garcia AD, biology. Barnosky extinction PR, in Ehrlich prediction G, and Ceballos inference process, 2. Pattern, 2017. J. Alroy BW, Brook 1. eiP oty ,BnysJR 07 nhooei csse itrac n h eoeydebt. recovery the and disturbance ecosystem Anthropogenic 2017. JMR. Benayas D, Montoya P, Meli DC Washington, 1503–1509. 330: Science 785–789. vertebrates. 66: world’s BioScience the rates. of extinction status the on conservation of Impact The 2010. Sunderland. http://www.fao.org/forestry/fra/fra2010/en/ 99-111. 1: 452–462 Society, 13596–13602. 29: Biology 117: Conservation USA Sci extinction. Acad species Natl of Proc rate declines. and e1400253. losses 1: population Advances vertebrate Science by extinction. signaled mass sixth the Entering losses: species human-induced http://dx.doi.org/10.1098/rsbl.2016.0828 20160828. 13: h ,Bok M ucatS,CretrK,e al. et KE, Carpenter SH, Butchart TM, Brooks M, ¨ ohm 2 $ -1tilo e erfo addegradation land from year per trillion 6-11 $ -0tilo per trillion 4-20 Posted on Authorea 23 Jul 2020 — The copyright holder is the author/funder. All rights reserved. No reuse without permission. — https://doi.org/10.22541/au.159551318.88959325 — This a preprint and has not been peer reviewed. Data may be preliminary. TeOgnsto o cnmcC-prto n eeomn OC)21.Boiest:Finance Biodiversity: 2019. (OECD) Development and Co-operation Economic for Sexton Organisation CM, Roberts The PH, Raven 14. LN, Joppa JL, Gittleman TM, Brooks R, Abell CN, Jenkins SL, Pimm 13. n h cnmcadBsns aefrAto,rpr rprdfrteG niomn Ministers’ Environment G7 the for prepared report Action, 2019. for May Case 5-6 Business Meeting, and Economic the Science protection. and and distribution, extinction, of rates their and 1246752. species 344: of biodiversity The 2014. JO. 14163. 8: Communications Nature 3