Small and crooked: France has a heart for the ugly

Agricultural innovators in Austria are deploying new techniques to combat severe drought conditions, as farmers face unprecedented challenges due to prolonged dry spells. Lorenz Mayr, a farmer and vice-president of the Lower Austrian Chamber of Agriculture, has implemented methods such as leaving straw on fields and planting cover crops to retain moisture. These practices help protect the soil from excessive heat and reduce water evaporation, allowing rainwater to penetrate deeper into the ground rather than running off. However, even these measures have proven insufficient this year, with Mayr noting that his land, which has not been plowed since 1996, is reaching its limits under current conditions. The effectiveness of these strategies lies in their ability to maintain soil coverage, crucial for managing water resources. Mayr highlights the importance of maintaining continuous vegetation cover, which helps prevent erosion and supports biodiversity. His farm features hedgerows that act as windbreaks, reducing soil erosion and providing habitat for wildlife. Additionally, the use of diverse cover crops, including buckwheat, mustard, and cress, contributes to soil health by promoting deep root systems and enhancing frost resistance. These efforts aim to ensure long-term sustainability amid increasingly unpredictable weather patterns. In response to the growing threat of drought, Mayr emphasizes the need for water storage solutions, particularly in regions prone to wildfires. As a firefighter himself, he underscores the critical role of having adequate water reserves to manage potential fire risks. His experiments include creating small retention basins through field trenches, which help hold onto rainfall and prolong its availability for crops. Despite these innovations, the current summer's severity has tested the resilience of these methods, revealing gaps in preparedness against extreme climatic events. Scientists predict that future agricultural scenarios will vary significantly based on environmental policies and technological advancements. According to Johannes Tintner-Olifiers, an environmental scientist at the University of Natural Resources and Life Sciences Vienna, climate models have long indicated the likelihood of more frequent drought years. The Austrian hail insurance company has outlined four possible scenarios for agriculture by 2050, ranging from a bleak outlook where farming becomes largely unviable to optimistic projections involving advanced technologies and sustainable practices. Farmers like Bartholomäus Tockner in Upper Styria are grappling with dire consequences of the recent drought. His family's farm, located at high altitude, faces severe water shortages, leading to the sale of livestock at a fraction of their value. With limited fodder supplies and rising costs, Tockner is forced to sell a quarter of his cattle prematurely, highlighting the economic strain on rural communities. The situation is exacerbated by the lack of sufficient rainfall, which has left pastures resembling late autumn landscapes, far from the lush greenery typically seen during this season. Tockner’s struggles reflect broader issues within the agricultural sector, where traditional farming practices are being challenged by modern demands and environmental changes. The need for higher prices for agricultural products looms large, as farmers seek to sustain their livelihoods amidst dwindling resources and increasing operational costs. This crisis has prompted discussions about the viability of continuing conventional farming methods versus adopting more resilient and adaptive approaches to ensure food security and ecological balance in the face of ongoing climate change.