Regenerative Aluminium Management
Aluminum is the most abundant mineral in the Earth’s crust, yet it is naturally very toxic to plant life. Fortunately, it is typically insoluble and only poses a threat when soil conditions shift. We help growers identify when this abundant mineral becomes a liability and how to manage it using regenerative practices. First, watch the […]
Regenerative Sodium Management
For nearly a third of farmers in Australia, sodium is a major limitation to productivity. While many plants can utilize a small amount of sodium for osmoregulation or specific photosynthetic pathways, in most agricultural contexts, excess sodium is a primary driver of soil degradation. At Agresol, we help farmers transition from simply “living with” sodic […]
Regenerative Selenium Management
In regenerative agriculture, we often look for high-leverage points where a small application of a specific mineral can trigger outsized results. Selenium (Se) is a fascinating example. While not technically classified as an essential mineral, meaning a plant can complete its life cycle without it, it offers significant benefits for both plant production and animal […]
Regenerative Cobalt Management
In regenerative agriculture, we focus on the high-leverage points where a small application of a specific nutrient can trigger a massive response in productivity. Cobalt (Co) is perhaps the ultimate example of this. While not yet officially classified as an “essential” plant nutrient because plants can technically survive without it, there is overwhelming evidence that […]
Regenerative Silicon Management
Imagine an element that could protect your plants from nearly everything, from pests and diseases to extreme environmental stress. That element is Silicon (Si). While officially classified as a non-essential mineral because plants can technically survive and reproduce without it, silicon is a powerhouse for plant health. At Agresol, we view it as a critical […]
Regenerative Nickel Management
In regenerative agriculture, we often focus on the major players like Nitrogen, but we sometimes overlook the tiny biological “engines” required to make those nutrients work. Nickel (Ni) is one such essential mineral. While required in only a small application amount, it serves a critical role as the primary component of the enzyme urease. If […]
Regenerative Molybdenum Management
We often see a small application of the right nutrient can trigger a massive response in crop productivity. This is certainly the case with Molybdenum (Mo), a trace mineral that, despite being needed in tiny amounts, acts as the ultimate “gatekeeper” for nitrogen efficiency. If your Molybdenum levels are off, even the most expensive nitrogen […]
Regenerative Boron Management
Boron is a poorly understood trace mineral in agriculture, yet it plays a crucial role in plant health, reproduction, and nutrient transport. Despite being required in small amounts, boron has a major influence on how calcium functions within the plant and how sugars, minerals, and energy are moved from one part of the plant to […]
Regenerative Zinc Management
Zinc is an essential minerals in crop production, driving growth, yield, and plant health. Around 30 percent of the world’s crops are estimated to be zinc deficient, meaning that nearly one in three farmers could be leaving significant yield potential untapped. But zinc isn’t just about preventing deficiency, having an optimal supply can dramatically enhance […]
Regenerative Copper Management
Regenerative Copper Management Copper is an essiential mineral that plays a surprisingly big role in plant health, soil function, and livestock performance. In regenerative farming systems, copper management isn’t just about correcting deficiencies but rather it’s about understanding how this micronutrient fits into the broader biological and mineral balance that supports resilient plants and productive […]