There were a handful of applicable findings from research in this domain: 1. Prioritizing on site efficiency rather than by system withdrawals is a better policy for conserving water. 2.  The implementation of “innovation deals” that allow for ad-hoc pilot experiments and flexibility for local, unique situations.  3. The political influences of farm conservation efforts and the need for adequate incentives to prevent slippage and enable scaling of piloted systems. 4. Funding can come from from governmental agencies for project such as ours. And, 5. Multi-dimensional thought to the plans we derive creates resilient solutions. 

Research on rainwater harvesting and water reuse highlights the importance of developing sustainable and resilient water systems to address ongoing challenges of scarcity, climate change, and resource management. A key takeaway is the need to balance innovation with sustainability- ensuring that new solutions not only improve efficiency, but also protect ecosystems, support communities, and strengthen long-term resilience.  

As part of our consulting team’s work with the Sustainable Agriculture Project (SAP), my research focused on soil health and how water influences soil structure, fertility, and long-term sustainability. I reviewed peer-reviewed soil science studies that examined soil friability, nutrient availability, organic matter, and the impact of rainwater on soil chemistry and strength. The findings showed that organic matter and minimal tillage improve soil structure and nutrient cycling, while wet-soil disturbance and compaction weaken soils. Research also highlighted that mildly acidic rain can help balance alkaline soils like those at the SAP, improving nutrient uptake, while careful rainwater management prevents erosion and structural breakdown. These insights informed recommendations such as adding organic amendments, reducing tillage, monitoring soil pH, and capturing rainwater to support soil function. Overall, my work helps guide SAP in strengthening soil health systems that support plant growth, carbon storage, and long-term, regenerative agriculture.

I have compiled research showing that cover crops and soil health practices significantly improve water retention, infiltration, and drought resilience. Studies from SARE, USDA, and multiple peer-reviewed journals demonstrate that cover crops like legumes anbd radish enhance soil structure, organic matter, and infiltration while reducing runoff and erosion. These benefits not only conserve moisture but also cut irrigation needs and imrpove nutrient cycling. Additionally, I have researched regional groundwater challenges and smart water managemnt techniques like off-peak pumping and storage.  Together, the research support the SAP's efforts to strengthen their soil health, reduce well usage, and build long-term drought resilience through integrated soil and water managemnt. 

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