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Remi Cardinael.pdf

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1、June 25-28,2025LATIN AMERICAN&CARIBBEANMuseum of TomorrowRio de Janeiro,BrazilSoil Carbon Research SymposiumLAC Soil CarbonJune 25-28,2025Rio de Janeiro,BrazilRmi CardinaelAgroforestry and soil organic carbon in the Latin American and Caribbean region,a meta-analysisAgroforestry and soil organic car

2、bon in the Latin American and Caribbean region,a meta-analysisDamien BeillouinClo VerstraeteRmi CardinaelUlysse ChabrouxJean-Baptiste LaurentPierre-Andr WaiteJulien Demenois“Beyond averages:depth,time,and context shape soil carbon outcomes in agroforestry in Central America and the Caribbean”(Under

3、review).Introduction Agroforestry is increasingly seen as a naturalclimate solution(NCS)with many associated co-benefits(biodiversity,food security,etc).Griscom et al.,(2017).*AFS exceeding 25%tree cover Global estimates of the cost-effective mitigation potential of agroforestry range from 0.12 to 0

4、.31 Pg C yr1(Griscom et al.,2017;Chapman et al.,2020;Roe et al.,2021).One of the largest agricultural NCS opportunity.Agroforestry is one of the best agricultural practice to increase SOC stocks.Introduction+20%+26%Beillouin et al.,(2023).Introduction Default emission factors for 8 major types of ag

5、roforestry systems per climatic region have been included for the first time in the 2019 Refinement to the 2006 IPCC Guidelines for National Greenhouse Gas Inventories.Sites of published studies on SOC(circles)and biomass(triangles)in agroforestry.Introduction But,uncertainty remains very high.Agrof

6、orestry typologies are very broad,e.g.silvopasture could describe systems ranging from occasional,scattered trees in pastures to livestock grazing under a closed canopy.Terasaki Hart et al.,(2023),data from Cardinael et al.,(2018).A data-driven approach is needed to understand the potential controls

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根据报告的内容,全文主要探讨了拉丁美洲和加勒比地区农业林业对土壤有机碳(SOC)储存的影响。以下是关键点: 1. 农业林业被看作是一种有效的自然气候解决方案,具有提高SOC储存的潜力。 2. 研究分析了来自中美洲、加勒比、哥伦比亚、秘鲁、厄瓜多尔和委内瑞拉等地的168篇文献,最终保留了60篇。 3. 研究发现,农业林业实施后10年内SOC储存增加速度放缓,且受初始SOC储存量限制。 4. 气候、土壤深度、土地利用历史和系统年龄等因素对SOC动态有显著影响。 5. 研究发现,SOC在深层土壤中的积累随时间逐渐增加,但树密度对SOC的影响尚未研究。
"农业林业如何提升土壤碳储存?" "拉丁美洲农业林业研究新发现!" 农业林业的潜力有多大?"
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