National Institute of Food and Agriculture

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The National Institute of Food and Agriculture hosted this year’s Agroclimatology Project Directors Meeting in San Francisco, California on December 17th and 18th. The meeting brought together scientific professionals to share learned concepts, innovative methodologies, and project successes. The goal of the meeting was to foster communication among NIFA program staff, project directors, co-project directors, collaborators, and graduate students to learn and engage in discussions that will improve our understanding of climate science issues in the evolving world of agriculture.

soil climate climate change carbon cycle greenhouse gas carbon fluxes oregon earth system land-surface wildfire mexico united states models nitrogen cycling manure microbes minerals grasslands croplands emissions crop land-use greenhouse gas fluxes pastures urban farms agriculture community gardens modeling nitrogen drought breeding chicken nifa natural resources usda agroecosystems

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The Use of Diazotrophic Endophytes as a Means for Climate Change Mitigation and Adaptation In Agroecosystems

il y a 7 ans • 1165 Vues

Climate Change Mitigation and Adaptation in Dairy Production Systems of the Great Lakes Region

il y a 7 ans • 913 Vues

Agricultural sensitivityto climate change and water resources interactions in the San Joaquin Valley, Calif. andsystem resilience offered by adaptation strategies

il y a 7 ans • 726 Vues

Adaptation of agroecosystems to climate change at the edge of the U.S. Cornbelt―assessing different drivers in a spatially explicit network of infrastructure

il y a 7 ans • 616 Vues

Carboy cycle dynamics in Oregon and Western US

il y a 7 ans • 589 Vues

Toward an understanding of optimal geographic production considering economics and environmental constraints to sustain U.S. agricultural production

il y a 7 ans • 594 Vues

Impact of Sea Surface Temperatures, Climate and Management onPlant Production and GHG fluxes in Asia and the Great Plains

il y a 7 ans • 584 Vues

Lessons Learned from Five Years of Investment by USDA NIFA into Climate Change and Agroecosystems

il y a 7 ans • 615 Vues

Decadal prediction of sustainable agricultural and forest management - Earth system prediction differs from climate prediction

il y a 7 ans • 731 Vues

Physics Based Predictive Modeling for Integrated Agricultural and Examination of Socio-Economic Success Factors Associated with Agri-Urban Development

il y a 7 ans • 883 Vues

Using a Multi-Model Regional Simulation of Climate Change Impacts on Agriculture in the Southwestern United States and Its Application to a Research Framework in the Korean Peninsula

il y a 7 ans • 696 Vues

Physics-Based Predictive Modeling for Integrated Agricultural and Urban Applications

il y a 7 ans • 913 Vues

Towards assessing climate sensitivity of microbial processes and its effect on greenhouse gas fluxes in subtropical pastures

il y a 7 ans • 744 Vues

National Institute of Food and Agriculture

Présentations

The Use of Diazotrophic Endophytes as a Means for Climate Change Mitigation and Adaptation In Agroecosystems

Climate Change Mitigation and Adaptation in Dairy Production Systems of the Great Lakes Region

Agricultural sensitivityto climate change and water resources interactions in the San Joaquin Valley, Calif. andsystem resilience offered by adaptation strategies

Increased sensitivity of sugar maple to precipitation to Precipitation

Understanding the Impact of Beef Grazing on Climate Change

Summary of NIFA funded research on soil nitrification at Oregon State University

Adaptation of agroecosystems to climate change at the edge of the U.S. Cornbelt―assessing different drivers in a spatially explicit network of infrastructure

Carboy cycle dynamics in Oregon and Western US

Toward an understanding of optimal geographic production considering economics and environmental constraints to sustain U.S. agricultural production

Impact of Sea Surface Temperatures, Climate and Management onPlant Production and GHG fluxes in Asia and the Great Plains

Lessons Learned from Five Years of Investment by USDA NIFA into Climate Change and Agroecosystems

Decadal prediction of sustainable agricultural and forest management - Earth system prediction differs from climate prediction

Integrated Belowground Greenhouse Gas Flux Measurements and Modeling, Howland Forest ME.

Adapting Chicken Production to Climate Change through Breeding

The Effect of Drought and N Availability on Soil Microbial Production, Respiration, and Carbon-use Efficiency

a regional partnership to support Extension’s involvement in climate science education progress report, 2016

Strengthening farm operators’ capacity for climate change adaptation

Useful to Usable (U2U): Transforming Climate Variability and Change Information for Cereal Crop Producers

Carbon Cycling in Native vs. Non-Native Dominated Rangeland Systems

Improving input data for urban canopy and land surface models: a sensitivity analysis of NAIP versus NLCD data products

Physics Based Predictive Modeling for Integrated Agricultural and Examination of Socio-Economic Success Factors Associated with Agri-Urban Development

Using a Multi-Model Regional Simulation of Climate Change Impacts on Agriculture in the Southwestern United States and Its Application to a Research Framework in the Korean Peninsula

Physics-Based Predictive Modeling for Integrated Agricultural and Urban Applications

Towards assessing climate sensitivity of microbial processes and its effect on greenhouse gas fluxes in subtropical pastures

Land Use Change and Land-Atmosphere Feedback Processes as Regulators of Regional Climate Change

Multi-scale analysis of microbe-climate interactions in greenhouse gas emissions from grasslands and croplands

Microbe-mineral interactions and the fate of soil carbon

Greenhouse gas trade-offs and N cycling in low-disturbance soils with long term manure additions

Reducing uncertainty in carbon cycle science of North America: a synthesis program across United States and Mexico

Detecting and Parameterizing Wildfire Induced Land-surface Changes for Earth System Models