To understand the economic effectiveness of smart agriculture practices, we are conducting comprehensive economic impact studies. A team led by Michael Deliberto and Adriana Dimas-Rodriguez at the LSU Agricultural Center is using a variety of economic tools to simulate farm profitability under different conditions and risks. This analysis includes the development of enterprise budgets for a representative rice farm that models the cost structure of various irrigation practices: conventional flood, furrow irrigation, and Alternative Wetting and Drying (AWD).
Variety | Irrigation Method | Direct Cost per acre |
---|---|---|
Conventional | Traditional Flood | $679 |
Hybrid | Traditional Flood | $827 |
Hybrid | Furrow Irrigation | $834 |
Conventional | Alternative Wetting & Drying | $580 |
Hybrid | Alternative Wetting & Drying | $725 |
To further assess the sustainability of rice farming, we will use the Sustainability Assessment of Food and Agriculture (SAFA) framework. This holistic approach examines political, environmental, economic, and social dimensions, using interviews, observations, and scientific literature to evaluate the long-term viability of rice production under smart agriculture practices.
By using economic modeling tools like IMPLAN, we will also assess the economic consequences of weather changes on rice production at both the state and local levels, providing insights into the compensation needed for the adoption of smart agriculture practices and the broader impacts of U.S. agricultural policies.
To better understand rice growers' perspectives on Smart Agriculture practices, we are conducting sociological impact studies to explore the factors influencing their adoption of sustainable farming methods. By interviewing key informants, such as landowners, government agencies, and agricultural associations, we aim to gain insight into current trends, challenges, and potential barriers to adopting smart agriculture varieties and practices. Additionally, we will survey rice farmers to gather more detailed information about their perceptions of new technologies and practices.
Through a combination of interviews, surveys, and event participation, we aim to gain a deeper understanding of the social dynamics influencing smart agriculture adoption. This research will help identify strategies to support growers in transitioning to sustainable practices that align with long-term environmental and economic goals.
Relational – Is support available to help me implement CSA on my farm?
Economic – What are the risks, costs, and benefits of CSA?
Technical – Do I have the knowledge and skills to implement CSA effectively?
Grower Values and Perceptions – Is CSA consistent with my beliefs and with the grower I want to be?