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Farmers generally should support climate conservation, yet they don't.

Various opportunities for farms to harness benefits from energy transition and climate change mitigation strategies abound, though it often depends on their receptiveness towards these options.

While it may seem wise for farmers to support climate conservation, in practice, this is hardly the...
While it may seem wise for farmers to support climate conservation, in practice, this is hardly the case.

Farmers generally should support climate conservation, yet they don't.

In the heart of Europe, the agriculture sector is grappling with the impacts of the climate crisis. The crisis has deleterious effects on soil, air, water, and biodiversity in farms, presenting a significant challenge for farmers across the continent.

One approach to mitigate the crisis is through biocontrol, a method that suppresses pest populations using natural enemies such as parasitoids, predators, pathogens, antagonists, or competitors. This strategy, along with better animal husbandry practices, can lead to fewer sick animals and a reduction in methane emissions.

However, the agricultural sector has been slow to adapt to change. A 2023 French study concluded that there are two main types of alternatives to pesticides: biocontrol and overhauling agricultural production. Yet, the sector continues to rely heavily on chemical pesticides, with Germany alone using thirty thousand metric tons annually. Chemical residues can degrade ecosystems, diminishing soil health and farmers' resilience to climate change.

The issue of intensive livestock farming and over-fertilization has caused conflict between farmers and climate protectors. This conflict reached a boiling point in Germany in January and February 20XX, when farmers' protests halted the country due to the axing of a diesel fuel subsidy that provided farms with around €1,000 per year.

Traditional or conventional farmers, who run agricultural businesses and oppose stricter environmental regulations and obligations, have been at the forefront of these protests. This opposition was notably visible during farmers' protests in early 2024 against the reduction of agricultural diesel subsidies, which affected their financial support and compliance with environmental rules.

Despite these challenges, there are signs of progress. Many farms in the area have renewable energy infrastructure, such as digesters that produce biogas and solar panels on barns and in fields. Some farms have even leased their property to wind power developers to plant turbines in their fields.

Another alternative is switching to organic farming or agroecology, which involves crop diversification, use of organic products, and crop rotation. Organic farming, which gives livestock more space and time outdoors, is an antidote to standard livestock practices.

Last year, the Brandenburg countryside around Berlin experienced intense heatwaves and drought, affecting the vibrancy of sunflower fields and causing significant damage to farms. Four of the last five summers have experienced drought in northeastern Germany, impacting farms negatively. Properly managed soils, crops, hedgerows, and trees can sequester atmospheric carbon, aiding in climate protection.

The agricultural sector is responsible for more than 10 percent of the EU's total greenhouse gas emissions, primarily due to livestock's discharge of methane and nitrous oxide. As many as eleven thousand people die annually from the toxic effects of pesticides. Nearly four billion tons of pesticides and twelve billion kg of agricultural plastics are used worldwide every year.

As the climate crisis continues to unfold, the agriculture sector must adapt and evolve to meet the challenges ahead. The future of farming lies in embracing sustainable practices, renewable energy, and organic methods to protect our planet and ensure a sustainable food supply for generations to come.

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