Syntropic agroforestry is a regenerative farming approach that mimics the structure and functioning of natural ecosystems to create productive and resilient agricultural systems. It involves the intentional design and management of diverse plant communities, including trees, shrubs, and crops, to enhance soil fertility, optimize resource utilization, and promote ecological harmony.

Strengthening of land-based ecosystems (e.g., forests, grasslands, deserts, tundra, taiga), includes preservation and strengthening of natural systems involving both living (plant and animal species) and non-living (water, soil, atmosphere) factors.

Supply chain transparency occurs when manufacturers and processors commit to knowing where and how their goods are produced, based on reliable data, and communicate this knowledge to their stakeholders, including customers.

Actions taken to increase resilience of the complex system encompassing the continuous movement of water through the Earth and atmosphere; efforts to improve often include reducing presence and introduction of pollutants, as well as sustainable water management practices.

Water Extraction Mitigation refers to the minimal use of pumping water from natural sources and the use of alternatives such as natural springs without pumping from aquifers.

Technologies, devices, and techniques designed to remove impurities, contaminants, and particles from water to make it suitable for consumption or for specific applications; provides clean and safe drinking water for communities and addresses water-related health and environmental concerns.

The process of cleaning water from chemical compounds, biological contaminants, and organic and inorganic materials.

This type of MRV involves the collection and analysis of water samples to assess various parameters that indicate water quality. These parameters may include chemical constituents (e.g., pH, dissolved oxygen, nutrients, heavy metals), biological indicators (e.g., presence of pathogens, aquatic biodiversity), and physical properties (e.g., temperature, turbidity). Monitoring water quality helps identify potential contaminants, evaluate compliance with water quality standards or regulations, and assess the effectiveness of pollution control measures.

Reporting is an essential component of MRV, and it involves compiling and communicating the measured data on water quality and quantity. This may include regular reports, data visualization, or interactive dashboards. Reporting helps stakeholders, including government agencies, water utilities, researchers, and the public, understand the current status of water resources, identify trends, and make informed decisions regarding water management and conservation.

The amount of a water supply available for human purposes that can be used without causing detriment to the water cycle or respective ecosystems.

Compiling and communicating measured data on water quantity and availability; helps stakeholders (e.g., government agencies, water utilities, researchers, the public) evaluate the current status of water resources to identify trends and make informed water management and conservation decisions.

Improved ability of soil or landscape to hold water, reducing runoff and increasing water availability for crops and vegetation.