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Sieglinde Snapp.pdf

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1、Soil Carbon Research SymposiumJune 25-28,2025LATIN AMERICAN&CARIBBEANMuseum of TomorrowRio de Janeiro,BrazilSoil carbon management for mitigation and adaptation:Lessons from farmer-researcher partnerships in Mexico and beyondSieg Snapp,Director Sustainable AgriSieg Snapp,Director Sustainable Agri-fo

2、od Systems,CIMMYT food Systems,CIMMYT s.snappcgiar.orgs.snappcgiar.orgThe challenge:low soil carbon statusThe challenge:low soil carbon statusSoil carbon stocks(0-30cm)in tons per hectare(Source:Minasny et al.,2017).How to build soil C?There is extreme heterogeneity of soil resources Soil health man

3、agement solutions vary by geolocation,social,economic and market context Time is an issue:slow,difficult to measure processes require sustained investment in knowledge-intensive,local management of soilsRealizing soil health at scale is urgently needed,yet difficult!Network of research platforms:Net

4、work of research platforms:LongLong-term trials linked to farmersterm trials linked to farmersMas Mas AgroAgrolearning hubs:learning hubs:action science for sustainable agrifood systemsIterative process to generate private-public-civil partnerships that scale:-Sustainable sourcing of barley with HEI

5、NEKEN Mexico HEINEKEN Mexico from field to glass-Mas Mas AgroAgrohubnetworkshubnetworkssupported by open data e-agrology knowledge systemLearning labs for action science require open data systemsOpen protocols:Publish SOPsOpen data:remote sensing,world datasets/maps,handheld sensors,local data acces

6、sTriangulate data:Open data:Open science:Living labs for multi-scale data,participatory action science&long-term experimentsIndigenous knowledgeSynthesize and share data,iteratively improve for hyper local and regional knowledgePublish open access,mini-papers,data verse archivingRealizing mitigation

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根据《Data>标记内容,全文主要围绕土壤碳管理及其在缓解和适应气候变化中的作用展开。以下是关键点: 1. 土壤碳挑战:全球土壤碳储量低,需通过可持续管理提升。 2. 土壤碳管理策略:需考虑地理、社会、经济和市场因素,并需长期投资。 3. 研究平台网络:包括长期试验、Mas Agro学习中心,促进公私民合作。 4. 数据与科学:利用开放数据系统、开放协议和实验室进行多尺度数据分析和知识共享。 5. 土壤碳增加效果:在墨西哥的20个研究平台显示,保护性农业显著增加了土壤有机碳。 6. 土壤有机碳与水分:每增加1%的有机质,土壤可储存3毫米的水。 7. 适应气候变化:土壤有机碳增加可提高土壤水分保持能力,对非石灰性土壤和热带气候尤其有效。 8. 土壤碳快速测量:手持设备测量土壤碳成为精准管理的新工具。
墨西哥经验" 新工具" 土壤碳的潜力"
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