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SAMPLES

Standard Assessment of Agricultural Mitigation Potential and Livelihoods

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    • About the SAMPLES database
    • Global N2O Dashboard
  • Measurement Methods
    • Introduction to the SAMPLES approach
    • Targeting measurements
    • Land use and land cover change
    • Soil emissions
    • Enteric methane emissions from livestock
    • Tree biomass carbon
    • Soil carbon
    • Yield estimation
    • Scaling point measurements to farms and landscapes
    • Trade-off analysis
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    • About the MRV Platform
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Publications & Media

Japanese research institutions, CGIAR focus on reducing nitrification in agriculture

Researchers form a new consortium to improve soil health and water quality, and decrease greenhouse gas emissions through biological nitrification inhibition. Global nitrogen fertilizer consumption …read more

Livestock mitigation: opportunities for farmers, climate agreements across the globe

At climate change talks in Bonn, leading countries, scientists and specialists show they are ready for climate finance in the livestock sector. Global climate change …read more

Getting the measurements right – a new platform for agricultural emissions data

SAMPLES is a framework which aims to fill the gap in current greenhouse gas emissions monitoring in tropical developing countries. Climate change is a hot …read more

Food and farming under climate change: moving towards a global agreement

High-level discussion highlights pathways for achieving food security under climate change and reducing global emissions from agriculture. Can a global climate change agreement meaningfully respond …read more

Terracing practice increases food security and mitigates climate change in East Africa

Terracing, a common soil and water conservation practice in Kenya, is known to increase agricultural yields; scientists found they also increase soil organic carbon to …read more

Majority of climate change pledges to the UN include climate change adaptation and mitigation in agriculture

Most national climate change pledges – 177 of 189 – cite agriculture and land use as key strategies for achieving climate change adaptation or mitigation, …read more

Towards sustainable greenhouse gas inventories for Kenya and Uganda

Policymakers and researchers seek accurate, more reliable, region-specific emissions data. On 3 and 4 May 2016, policy makers from climate change departments of Kenya and …read more

World’s most popular greenhouse gas calculators for agriculture are not accurate in tropical developing countries

Over half of developing countries intend to decrease greenhouse gas emissions from agriculture, but commonly used methods to estimate agricultural emissions are not always accurate. …read more

Matching Seeds to Needs – female farmers adapt to a changing climate in Ethiopia

Between 2010 and 2012 Bioversity International worked with partners and stakeholders in Ethiopia to develop an innovative low-cost strategy for managing risks to agricultural systems …read more

Limits of agricultural greenhouse gas calculators to predict soil N2O and CH4 fluxes in tropical agriculture

Author: Richards MBMetzel RChirinda NLy PNyamadzawo GVu QDde Neergaard AOelofse MWollenberg EKeller EMalin DOlesen JHillier JRosenstock TS
Publication: Scientific Reports: Nature
Year: 2016
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CIFOR

CCAFS Low Emissions Agriculture
Gund Institute for Ecological Economics
University of Vermont
210 Colchester Ave
Burlington, Vermont 05405 USA

emailCosta Junior, Ciniro (CIAT-CCAFS)
phone+55 19 98179 0722
SAMPLES
  • Home
  • About
    ▼
    • Building Capacity
    • Funding Partners
  • Emissions Data
    ▼
    • About the SAMPLES database
    • Global N2O Dashboard
  • Measurement Methods
    ▼
    • Introduction to the SAMPLES approach
    • Targeting measurements
    • Land use and land cover change
    • Soil emissions
    • Enteric methane emissions from livestock
    • Tree biomass carbon
    • Soil carbon
    • Yield estimation
    • Scaling point measurements to farms and landscapes
    • Trade-off analysis
  • Tools
  • Publications & Media
  • MRV Platform
    ▼
    • About the MRV Platform
    • Knowledge Portal
    • MRV in Practice
    • Resource Library
    • Case Studies
    • Cattle Methane Calculator
  • Contact