The Market is in need of more land to culminate food production. Poor farming practices and deforestation are degrading the land that is responsible for supplying food to the world. FAO estimates that some 1,200 million hectares of land are affected by soil degradation.
Utilizing regenerative agriculture can increase yields through alternative production methods. Northshore Agriscience offers services and products that help achieve higher crop yields through sustainable practices.
The Market is in need of more land to culminate food production. Poor farming practices and deforestation are degrading the land that is responsible for supplying food to the world. FAO estimates that some 1,200 million hectares of land are affected by soil degradation.
Utilizing regenerative agriculture can increase yields through alternative production methods. Northshore Agriscience offers services and products that help achieve higher crop yields through sustainable practices.
One study estimated that companies experience an average internal rate of return of 27% to 80% on their low carbon investments. Fields that use regenerative agriculture techniques help extract Carbon Dioxide (CO2) from the atmosphere by transferring it to the soil, thus contributing to climate change mitigation and soil restoration. According to the Rodale Institute, regenerative agriculture is a powerful tool to help mitigate climate change.
Regenerative agriculture is an opportunity for farmers to expand their income sources (increased profitability per hectare per input use optimization and yield increase), using circular economy models, and the generation of carbon credits for international markets. Sustainable agricultural practices properly applied to primary production can have a positive impact of 70% on the company’s EBITDA increase.
Companies like Pepsico, Nestle, Danone, and Heineken have invested in regenerative agriculture. Here are Heineken’s results:
30% water saving.
48% higher water efficiency.
11% higher yield per hectare.
By defining the needs and practices that need to be implemented, we will begin planning a timeline of regenerative processes. We take things on a month to month basis so that results are recorded efficiently. Every company we assist has its own process to accompany its environment, soil health, and crop lifestyle. We will create a detailed work plan that will facilitate production by:
Identifying the areas of opportunity.
Creating a needs-based action plan to achieve cultivation optimization. The aggregate effect and the gains derived from the implementation of the different practices will depend on each system. Systems with poor soil health and/or with suboptimal management conditions will present greater gains in less time, as compared to systems with more efficient management and/or with good soil health.
One study estimated that companies experience an average internal rate of return of 27% to 80% on their low carbon investments. Fields that use regenerative agriculture techniques help extract Carbon Dioxide (CO2) from the atmosphere by transferring it to the soil, thus contributing to climate change mitigation and soil restoration. According to the Rodale Institute, regenerative agriculture is a powerful tool to help mitigate climate change.
Regenerative agriculture is an opportunity for farmers to expand their income sources (increased profitability per hectare per input use optimization and yield increase), using circular economy models, and the generation of carbon credits for international markets. Sustainable agricultural practices properly applied to primary production can have a positive impact of 70% on the company’s EBITDA increase.
Companies like Pepsico, Nestle, Danone, and Heineken have invested in regenerative agriculture. Here are Heineken’s results:
30% water saving.
48% higher water efficiency.
11% higher yield per hectare.
By defining the needs and practices that need to be implemented, we will begin planning a timeline of regenerative processes. We take things on a month to month basis so that results are recorded efficiently. Every company we assist has its own process to accompany its environment, soil health, and crop lifestyle. We will create a detailed work plan that will facilitate production by:
Identifying the areas of opportunity.
Creating a needs-based action plan to achieve cultivation optimization. The aggregate effect and the gains derived from the implementation of the different practices will depend on each system. Systems with poor soil health and/or with suboptimal management conditions will present greater gains in less time, as compared to systems with more efficient management and/or with good soil health.