Shallow tillage involves disturbing the upper layer of soil without deep ploughing. It aims to provide a good seedbed, incorporate manure, control weeds, and enhance water infiltration while minimizing soil erosion and compaction. A machine tiller has recently replaced animal traction for this purpose.
An urban community forestry park – the “Ked Forest Park” - has been established by a group of people who wanted to conserve and develop resources and the environment in Phra Pradaeng District. Planting and maintenance of indigenous, edible and medicinal plants are carried out.
Peatland rewetting is a climate change mitigation technology that involves raising and maintaining high water tables in agricultural peatland through controlled drainage. It reduces soil subsidence and CO2 emissions while preserving biodiversity. This technology offers environmental benefits but faces challenges in policy support and economic viability.
Area enclosures are a set of restoration strategies through which land is cleared of invasive species, restored using a combination of agronomic, structural, and vegetative measures, and surrounded by barriers to restrict unauthorized entry and minimize disturbance.
This is an open-furrow system consisting barriers constructed along a water source such as a river to direct water through a conveyance system by gravity into feeder channels to cultivated land. It is a simple method entailing control of water flow rate and direction to improve water utilization efficiency and enhance productivity of land.
A “soil doctor” network in Khon Kaen province has transformed saline areas previously dedicated to rice cultivation into sustainable, integrated farming systems.
បច្ចេកទេសកសិរុក្ខកម្មដែលមានដាំដំណាំម្នាស់ជាមួយស្វាយ និងក្រូចពោធិ៍សាត់ដើម្បីរក្សាគុណភាពដី បង្កើនសេដ្ឋកិច្ច និងផ្តល់ផលិតផលច្រើនមុខដើម្បីបំរើតម្រូវការទីផ្សារ។
Transforming a monocrop coconut farm into a resilient food forest can sustainably enhance soil health, biodiversity and productivity while reducing labour and external input requirements. This demonstrates the potential to increase yields and provide long-term economic and ecological stability for farmers.
An agroforestry system consisting of rows of walnut and hazelnut trees combined with grassland and flowers was applied in place of a former conventional monoculture system in Alphen, Noord-Brabant, the Netherlands.
Under the leadership of the Pastoralist Women Land Management Committee at village level, 100 acers of village wasteland were transformed into a rich pastures to be used by village livestock herds and, in this way providing food and livelihood security to local communities and restoring biodiversity within native grasses and indigenous livestock breeds.
Degraded or abandoned agricultural land is under restoration in an area with a mediterranean climate, and a high risk of desertification. Plantations are based on indigenous forest species, mainly holm oak and cork oak, to ensure a sustainable mature forest in the future.
Approximately 20,000 hectares of degraded land is being rehabilitated land using assisted natural regeneration, enrichment planting and agroforestry. The resultant secondary forests and agroforests will have high values for ecotourism, sequester substantial amounts of carbon, produce a range of in-demand commodities (e.g., coffee, spices), generate bioenergy, and offer improved ecosystem services.
The technology integrates off-grid soil-less cultivation within a net house, utilizing solar-powered root zone cooling and ultra-low energy irrigation, thus significantly enhancing water and energy efficiency for sustainable agriculture in arid regions. This innovation is a key contribution within the Water-Energy-Food Nexus, addressing the unique challenges of food production in the Middle East.
The group micro-irrigation (GMI) approach encourages farmers to share water more sustainably by facilitating cooperative management of irrigation resources. The aim is to improve water security and agricultural productivity by promoting climate-resilient agricultural practices and addressing the behavioural factors that influence water resource sharing.
The Decision Support Tool helps decision-makers prioritize sustainable land management practices using the Water-Energy-Food-Ecosystem Nexus, fostering collaboration, facilitating social learning, and balancing diverse stakeholder interests.
Ajoutons qu'un cadre de concertation fut adopté et mise en place pour accélérer l'adaptation, la restauration prometeuse à la bonne concervation des sols. Elle sert aussi à contribuer à l'accélération des bonnes pratiques agricoles et système des productivités.
The integrated wetlands biodiversity conservation project aims to restore wetlands and associated biodiversity. The approach strengthens the resilience of neighbouring marginalized groups to climate change through developing lifelong skills and providing livelihoods support.
The approach focuses on supporting farmers to increase productivity by increasing soil biology and organic matter content, primarily through plant residue and animal waste. Awareness and advocacy are followed by training programs and support for adopting regenerative agricultural practices.