Long Term Sustainability

The agricultural sector relies heavily on natural resources and socio-economic conditions for long-term viability. By embracing sustainable practices, farmers can leave behind a legacy of responsible stewardship, promoting a sense of pride and accomplishment for their contribution to a more sustainable and resilient future. They will maintain soil fertility, reducing erosion, and safeguarding water resources while promoting healthier ecosystems and reducing greenhouse gas emissions. They can also enhance the social and economic well-being of local communities.
This guide aims to help identify the best way to move towards greater sustainability, taking into account local conditions and outlining specific objectives and practices. Implementing these measures can improve livelihoods, ensure economic viability, and promote sustainable agricultural practices that benefit the environment, economy, and rural communities.

Aims & objectives
The agricultural sector heavily depends on the natural resources and socio-economic conditions of the production area for its long-term sustainability. To achieve greater sustainability, it is crucial to improve the environmental, social, and economic impacts of the activity in a balanced and simultaneous manner. This guide aims to help identify the best way to move towards greater sustainability, taking into account local conditions. It outlines specific objectives and practices necessary for more sustainable production.

  1. General perspective
  2. Environmental Area
  3. Socioeconomic Area

Measures in the environmental area enable the proper management of natural resources and go beyond mandatory regulations. The main objectives of this area include

  • conserving soil by preventing erosion,
  • maintaining soil structure, and improving soil fertility,
  • conserving biodiversity through proper management of agroforestry systems and reducing the presence of toxic substances or pollutants,
  • conserving and saving water resources through efficient use,
  • and saving energy resources to reduce the carbon footprint and greenhouse gas emissions.

The measures in the socio-economic area aim to promote the sustainability of the rural environment by

  • generating employment and wealth in rural areas and replacing workers in the countryside,
  • properly managing risks, recognizing quality agricultural production by consumers,
  • seeking marketing channels that generate greater value,
  • and incorporating innovative practices and technologies.

By implementing the measures outlined in this guideline, farmers can improve the livelihoods of those involved in the agricultural sector and ensure economic viability in the long term. They will be able to not only meet regulations but also achieve sustainable agricultural practices that benefit not only the environment but also the economy and rural communities. The emphasis is on having a holistic approach and addressing not only the economic but also the social and cultural aspects.

The Environmental area plays a crucial role in sustainable agriculture, and the following practices can help to reduce the environmental impact, improve soil health, and conserve natural resources by:

1. Implementing good soil management techniques is necessary to adopt practices that protect against risks of erosion and loss of nutrients, preserve organic material, and effectively manage ground cover, whether spontaneous or sown, such as:

  • Plant covers on permanent crops: The use of plant cover is a recommended practice due to its multiple physical, chemical, and biological benefits, including the reduction of erosion risks and the maintenance of soil structure.
  • Conservation tillage: Tillage practices must be adapted to the climatic conditions and soils of each area to avoid mechanical erosion caused by tillage, which is a significant cause of soil degradation and runoff.
  • Crop rotation: Introducing different crops on the same plot over time improves the use of soil nutrients.
  • Incorporation of crop or pruning residues: If it is not possible to graze crop residues that remain on the field immediately after harvesting, it is recommended to chop and spread the cereal straw and then incorporate it into the soil.
  • Fertilizer optimization: Adequate fertilization is essential to achieve the required level of agricultural production and replenish the level of nutrients while ensuring the continuity of agricultural work. However, excessive use can have negative effects on the environment, such as groundwater contamination or greenhouse gas emissions.
  • Stocking density: To optimize the use of pastures, it is recommended to adjust the stocking rate to the specific climate and soil characteristics of the area. This will ensure proper regeneration of the pasture and prevent erosion problems.

2. Promoting Biodiversity with:

  • The use of phytosanitary products can have negative impacts on biodiversity, soil, and water. To mitigate these effects, it is essential to adopt integrated pest management practices that minimize the use of plant protection products and prioritize alternative, preventive methods.
  • Mixed farming systems provide multiple benefits, including optimized interactions between different species, increased biodiversity, and the creation of microclimates. Perennial crops with deep roots can improve soil health, reduce erosion, and enhance nutrient cycling. Agro-livestock systems also close the nutrient cycle, reducing the need for external fertilizers and livestock feed. To the extent possible, extensive systems should be encouraged, prioritizing the use of grass and fodder produced on the farm. Permanent housing systems, in contrast, increase energy consumption, generate more waste, reduce product quality, increase disease risk, and underutilize pastures. Extensive grazing, on the other hand, creates ideal conditions for a wide range of fauna.
  • Maintaining copses, banks, hedgerows, boundaries, and sparse woodland not only conserves natural habitats and landscapes, but also reduces erosion, protects wildlife, and maintains humidity, wind protection, and shade for livestock.
  • Use of landraces. The standardization of agriculture threatens thousands of years of variety and breed selection. Many varieties have been selected for specific characteristics, such as resistance to pests and diseases, tolerance to frost and drought, or unique characteristics that make them well-suited to local conditions. These landraces play an important role in making agriculture and livestock farming highly adapted to local conditions.
  • Effective water management. It can be achieved through the use of drought-resistant crop varieties, demand-reducing crop management practices, proper soil management, and the implementation of efficient irrigation methods and technology.
  • Energy conservation and efficiency. It can be achieved through the appropriate selection of machinery according to the soil, the joint use of machinery, the improvement of insulation and ventilation, and the promotion of renewable energy sources.

By implementing these practices, farmers can reduce their environmental footprint, improve soil health, and conserve natural resources for sustainable agriculture.

Socioeconomic measures are important for sustainability because they help to ensure that economic growth and development are inclusive and equitable, and do not come at the expense of the environment or the well-being of marginalized communities. In agriculture, measures could include:

  1. Crop diversification can help to reduce seasonality, decrease the risk of the farm, and promote stable employment opportunities. This diversification also includes new initiatives that go beyond traditional agricultural activities, such as agritourism or small-scale food processing from family farming, which contribute to the development of the local economy and population retention, as well as providing a high level of food security and a high-quality product for consumers.
  2. Promoting quality in agricultural products by enabling consumers to identify products with specific qualities that result from a particular origin or method of production, helps to increase the value of the products and benefit the farmer, their production, and the local region.
  3. Ensuring safety, hygiene, and ergonomic conditions on the farm,
  4. Managing agricultural risks through preventive measures such as anti-hail nets, or palliative tools such as insurance,
  5. Encouraging collaboration between farmers and breeders, promoting membership in associations and cooperatives, and seeking generational change on farms are all important steps in promoting sustainable and responsible agriculture.
  6. Ensuring the welfare of workers without discrimination, but with fair wages, decent conditions, and work-life balance is crucial.
  7. Encouraging short commercialization channels, such as direct sales to consumers, can also add value to agricultural production.