The agricultural sector’s central role in rural and local economies as well as its importance for human health and security, make understanding the risks posed by climate change important not only for ensuring food security, but for farmer livelihoods, rural communities, and the global economy as a whole.

Extremes in local and regional weather patterns and climate variability have disrupted agricultural production in the past. And climate-related temperature rise has already affected crop yields in many regions of the world, a trend that is projected to continue. Rising temperatures and shifting precipitation patterns will affect productivity through altered water requirements and water-use efficiency of most crops. Increasing climate variability and more frequent disruptions from extreme events are projected to increase price volatility for agricultural commodities, and reduce food quality. The differential effect of these various factors will lead to regional production effects that alter regional competitiveness, potentially altering the agricultural landscape significantly by mid-century.

Climate-related temperature rise has already affected crop yields in many regions of the world

Farmers worldwide have developed production practices and strategies appropriate for their local conditions, taking into account long-term historical trends as well as the risks of short-term variability.  Despite these advances, production and prices remain highly dependent on climate, making the sector particularly vulnerable. The agricultural community is familiar with making decisions in the face of uncertainty, which arise not just due to variability in weather patterns, but also from fluctuations in a whole host of other factors including trade dynamics, shifts in market demands and consumer preferences, evolution of agricultural technologies, and ever-changing local and national policies. Risk-based decision-making must take each of these factors into account. Managing the risks associated with climate change will require the integration of the potential risks of climate on agricultural productivity and prices into decision-making by those involved in the full value chain of agricultural production.

Research

Featured Research

Crop switching reduces agricultural losses from climate change in the United States by half under RCP 8.5

Nature Communications / October 5, 2020
Featured Research

Crop-damaging temperatures increase suicide rates in India

PNAS / August 15, 2017

News & Insights

Featured In the News

Climate Change Could Worsen Supply Chain Turmoil

The New York Times / September 8, 2022
Featured In the News

Farmers need to adapt crops to climate change to stay profitable, experts say

Marketplace / October 20, 2020
Featured Press Releases

Crop-damaging Temperatures Increase Suicide Rates in India

September 23, 2017

Areas of Focus

Energy

Energy systems as currently designed are poorly prepared for future climatic changes. Rising temperatures, increased competition for water supply, and elevated storm surge risk will affect the cost and reliability of energy supply.

Labor

Rising average temperatures, greater temperature variability, and more frequent and severe temperature extremes will make it harder to sustain optimal working conditions for outdoor and indoor labor.

Agriculture

Extremes in local and regional weather patterns and climate variability have disrupted agricultural production in the past; climate-related changes in temperature and precipitation are expected to affect crop yields in many regions of the world.

Health

While it is difficult to tie particular natural disasters to climate change, heat waves are the events scientists can most easily and robustly attribute to man-made changes in the atmosphere.

Social Cost of Carbon

The Social Cost of Carbon is an essential tool for incorporating the cost of climate change in policy-making, corporate planning and investment decision-making in the US and around the world.

Climate Science

The Climate Impact Lab is developing highly-resolved climate projection frameworks capable of producing both the detail and the likelihood assessments needed for quantitative assessment of future climate risk.

Coastal

Coastal living carries risk as hurricanes and other coastal storms inflict trillions in property and infrastructure damage each year. Climate change will only elevate these risks.
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