Fan, Yubing

By: Fan, Yubing; McCann, Laura
Water scarcity is becoming more acute, necessitating better understanding of farmer adoption of improved irrigation technologies. Using data from the national 2013 Farm and Ranch Irrigation Survey, this study employs a multilevel modeling approach to analyze irrigation decisions. The variation in pressure irrigation adoption is mainly accounted for by state-level factors, while adoption of scientific scheduling practices is more associated with farm-level factors. Adoption increases with larger acreage, groundwater use, information sources other than neighbors, and recent higher temperatures. Adoption is negatively associated with on-farm surface water and barriers related to increased costs, management time, and time horizon.
By: Fan, Yubing; McCann, Laura; Qin, Hua
Adopting drought tolerant plants (DTPs) to conserve water is a potential adaptation to the predicted effects of climate change in the Midwest. Survey responses from 624 Missouri households were analyzed using a univariate probit model. DTP adoption was positively correlated with both low and high household incomes, living in rural subdivisions, time spent gardening, pro-environment attitudes, and concerns about drought. Policy interventions in newly drought-prone areas might include subsidizing the up-front cost of DTPs, requiring their use in new housing developments so DTPs are the default for buyers, and targeted educational efforts to environmental and gardening groups and rural residents.