President Obama has convened leaders from the food, agriculture, and technology industries to discuss ways these companies are leveraging open government data, related information tools, and other innovations as the Administration unveils the Climate Data Initiative’s “Food Resilience” theme. Beginning with the meeting of industry leaders and the new data initiative theme, the Administration aims to empower America’s agricultural sector and strengthen the resilience of the global food system in a changing climate.
In response to the President’s call for tools to increase the resiliency of the US and global food systems against the impacts of climate change, the meeting includes a number of commitments by Federal agencies and private-sector collaborators to leverage the power of open government data to drive innovation. These collaborators include:
- World Wildlife Fund, which is combining detailed agricultural, water, and economic data from its Water Risk Filter to help better assess and manage water risks in the agro-commodity supply chains. The United-Nations-supported Principles for Responsible Investment has formed an investor group to address the risks from climate change to companies with agricultural supply chains using data from WWF and PricewaterhouseCoopers;
- Microsoft, which will co-host a series of workshops, webinars, and an “app-athon” with the USDA on the value of open-data and data-driven tools to boost climate preparedness and resilience in the agricultural sector and launch a climate-change-focused Innovation Challenge to inspire the development of new tools and services that harness data available;
- PepsiCo, which is installing a 1.7 megawatt solar photovoltaic system designed to supply 3.3 million kilowatt hours of renewable energy for manufacturing operations;
- Monsanto, which will donate a multi-site/multi-year maize breeding trial dataset to open data portals, maintained by the International Center for Tropical Agriculture and the Agricultural Model Intercomparison & Improvement Project, in order to improve models being used to understand how climate and water-availability changes will impact crop productivity and food security.
The Obama Administration has also made its own commitments, such as hosting agricultural innovation workshops and expanding climate.data.gov to make data about risks of climate change to food production, supply, and nutrition more open and available to researchers and innovators.
In a joint statement on the White House Blog, US Secretary of Agriculture Tom Vilsack and John P. Holdren, President Obama’s Science Advisor, discussed the impact of climate change on food security and the need for collaborative action and innovation through climate data in order to build agricultural resilience:
More intense heat waves, heavier downpours, and severe droughts and wildfires out west are already affecting the nation’s ability to produce and transport safe food. The National Climate Assessment makes clear that these kinds of impacts are projected to become more severe over this century. Food distributors, agricultural businesses, farmers, and retailers need accessible, useable data, tools, and information to ensure the effectiveness and sustainability of their operations—from water availability, to timing of planting and harvest, to storage practices, and more.
The meeting followed the release of a new White House report which outlines the economic consequences of delaying action to stem climate change. The report finds that delaying policy actions by a decade increases total mitigation costs by approximately 40 percent, and failing to take any action would risk substantial economic damage.
Previously, the Obama Administration also released National Climate Assessment in May 2014, which confirmed that climate disruptions to agriculture have been increasing, are projected to become more severe over this century, and that these disruptions will have consequences for food security, both nationally and globally, through changes in crop yields and food prices, as well as effects on food processing, storage, transportation, and retailing. Building on the National Climate Assessment, The Chicago Council’s report, Advancing Global Food Security in the Face of a Changing Climate, explains how higher temperatures, changes in rainfall and natural disasters caused by climate change could undermine food production and put food supplies at risk. The report calls on the US government to integrate climate change adaptation into its global food security strategy, and its recommendations include a call for collecting better data and making information on weather more widely available to farmers.
Closing The "Food Gap" Means Renewing the Global Commitment to Crop Breeding
This post was originally published on the World Resources Institute’s Insights blog.
The world is on a path to need almost 70 percent more crops in 2050 than those it produced in 2006. To close that crop gap without large price increases or clearing more valuable forests and savannas, yields are going to have to grow 33 percent more in the next 44 years than they did in the last 44. This is a tall order—yield growth in past decades was already pretty high, little new water for irrigation is left, and most farmers already use high amounts of fertilizers and other chemical inputs.
So how can the world sustainably secure more food? Use advances in molecular biology to renew the commitment to breeding better crops.
Improving Crop Breeding Through the “Other GM”
Most of the public attention about crop breeding focuses on the pros and cons of genetic modification (GM), which involves taking a select gene from one species and adding it to another. A new WRI publication evaluates the future of crop breeding—including GM as well as conventional crop breeding, which involves sexually combining two whole plants selected for their desirable characteristics. While our findings reveal that GM crops may play a useful role now in helping threatened crops resist disease, most of the gains in crop yields will depend on improving conventional breeding.
Breeding better crops has been a foundation of agriculture for as long as it has existed, yet seeds bred by scientists spread to most of the world only over the past several decades. Improved breeds grow faster, devote more of their energy to the edible parts of crops, and better resist stresses from droughts, poor soils, and pests.
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