California experienced a severe multiyear drought stretching from 2011 through 2017, significantly reducing surface water supply for ecosystems, agriculture, and humans and prompting coordinated conservation efforts. Given that agriculture is the largest consumptive use of water in the state, one anticipated response to a severe drought would be to decrease production of low-value, high-water-use crops such as alfalfa. In this article we use a multimethod approach to examine both spatial distribution and public perceptions of alfalfa production in California over the course of the 2011 through 2017 drought. We find that although California alfalfa production did decline at the state level, it persisted and even increased in specific areas o...
In recent years, the western United States has been experiencing severe droughts. In this paper we f...
Alfalfa (Medicago sativa L.) production is negatively affected by drought stress. This is particular...
Variability in climatic conditions and uncertainty in water supply brings challenges for sustainable...
The past few years have been excellent for profitability of alfalfa in California. California has fi...
Alfalfa uses approximately 18.7 % the state’s agricultural water, a larger percentage than any other...
Alfalfa is California's largest user of agricultural water, with about 1 million acres in production...
Building resilience to extreme events is very complex. It involves consideration of climatic and non...
Alfalfa's heavy reliance on irrigation water and its role as an alternate to program crops makes it ...
California's 5-year drought has ended, even as its aftermath lingers. From 2012-2016 much or all of ...
This Staff Paper documents the responses of water users and water managers to the 1987-- 1992 drough...
California is in a drought State of Emergency, which is fueling negative social and economic consequ...
In California, alfalfa is grown on a large area ranging between 325,000 and 410,000 hectares and ran...
Although alfalfa is the dominant water user in the Imperial Valley and is planted on 40% of...
Thesis: M.C.P., Massachusetts Institute of Technology, Department of Urban Studies and Planning, 201...
Southern California is home to different landscape groundcovers and a major alfalfa producer (Medica...
In recent years, the western United States has been experiencing severe droughts. In this paper we f...
Alfalfa (Medicago sativa L.) production is negatively affected by drought stress. This is particular...
Variability in climatic conditions and uncertainty in water supply brings challenges for sustainable...
The past few years have been excellent for profitability of alfalfa in California. California has fi...
Alfalfa uses approximately 18.7 % the state’s agricultural water, a larger percentage than any other...
Alfalfa is California's largest user of agricultural water, with about 1 million acres in production...
Building resilience to extreme events is very complex. It involves consideration of climatic and non...
Alfalfa's heavy reliance on irrigation water and its role as an alternate to program crops makes it ...
California's 5-year drought has ended, even as its aftermath lingers. From 2012-2016 much or all of ...
This Staff Paper documents the responses of water users and water managers to the 1987-- 1992 drough...
California is in a drought State of Emergency, which is fueling negative social and economic consequ...
In California, alfalfa is grown on a large area ranging between 325,000 and 410,000 hectares and ran...
Although alfalfa is the dominant water user in the Imperial Valley and is planted on 40% of...
Thesis: M.C.P., Massachusetts Institute of Technology, Department of Urban Studies and Planning, 201...
Southern California is home to different landscape groundcovers and a major alfalfa producer (Medica...
In recent years, the western United States has been experiencing severe droughts. In this paper we f...
Alfalfa (Medicago sativa L.) production is negatively affected by drought stress. This is particular...
Variability in climatic conditions and uncertainty in water supply brings challenges for sustainable...