Climate change, soil conservation measures and farm performance in Austria

Abstract Limiting the impact of climate change on agriculture is a major goal of the European Union. This requires the evaluation of farm‐level adaptation measures, available within the Common Agricultural Policy. We investigate how the adoption of soil conservation measures by farms in Austrian arable regions affects their economic performance. By applying an endogenous switching regression model to panel data, we find that climatic conditions significantly influence the decision on whether to adopt soil conservation measures. The net revenue of adopters is less sensitive to long‐term temperature and precipitation changes than for non‐adopters. The measures are profitable for a majority of farms. However, profitability is linked to baseline climatic conditions, with negative effects in cool, wet regions and significantly greater positive effects in warm, dry regions.

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Publication Details

Journal
Journal of Agricultural Economics
Published
2024-11-21
DOI
https://doi.org/10.1111/1477-9552.12620
Citations
4
Primary Topic
Climate change impacts on agriculture
Type
article
Field-Weighted Citation Impact
4.12
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article

Climate change, soil conservation measures and farm performance in Austria

Andreas Niedermayr, Jochen Kantelhardt, Julian Zeilinger
4 citations
Journal of Agricultural Economics
Climate change impacts on agriculture
4.12
article

Climate change, soil conservation measures and farm performance in Austria

Andreas Niedermayr, Jochen Kantelhardt, Julian Zeilinger
article en
4 citations

Abstract

Abstract Limiting the impact of climate change on agriculture is a major goal of the European Union. This requires the evaluation of farm‐level adaptation measures, available within the Common Agricultural Policy. We investigate how the adoption of soil conservation measures by farms in Austrian arable regions affects their economic performance. By applying an endogenous switching regression model to panel data, we find that climatic conditions significantly influence the decision on whether to adopt soil conservation measures. The net revenue of adopters is less sensitive to long‐term temperature and precipitation changes than for non‐adopters. The measures are profitable for a majority of farms. However, profitability is linked to baseline climatic conditions, with negative effects in cool, wet regions and significantly greater positive effects in warm, dry regions.

Journal of Agricultural EconomicsVol. 76(1)
Federal Institute of Agricultural Economics (AT), BOKU University (AT)
Openalex Percentile: Top 6%
Climate change impacts on agriculture
4.12
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