Plant Sap Analysis as a Driver of Regenerative a Agronomy
With plant sap analysis we use a technique we call differential testing. By measuring the old and new leaves separately, we can observe how the plant is self-regulating nutrient movement
AgriCapture Generates First-Ever Carbon Credits for Large Scale Rice Methane Reduction in US History
AgriCapture generates these high-quality reduction credits through the implementation and in-house monitoring of economically viable and sustainable agriculture solutions and sells them to companies.
How Wi-Fi HaLow and Zetifi Technologies Are Accelerating Smart Farming
Wi-Fi HaLow opens new possibilities for remote monitoring and management of crops and livestock. From tracking soil moisture levels to monitoring animal behavior, IoT sensors powered by Wi-Fi HaLow can provide farmers and ranchers with real-time insights.
Gardin Now Integrated in Ridder's Climate computer to Offer Real-Time Photosynthesis Insights
This strategic integration marks a significant advancement in horticultural production, empowering growers with real-time photosynthesis insights to monitor plant health, measure farm productivity and optimise their climate strategies.
New innovative crops could significantly reduce agriculture's climate change impact and environmental footprint
To address this, an ambitious new research initiative aims to shrink the nitrogen footprint of agriculture by developing a breakthrough technology based on nature's own solutions: a natural process called biological nitrification inhibition (BNI).
Electrochemical Gradients, Plant Metabolism, and Light Quality
This article describes the role of electrochemical gradients in photosynthesis, including electron transport and carbon fixation, as well as the impact of light quality on electron transport and ATP generation.
Innovate Your Insulation With These 7 Advanced Solutions for Crop Production
Since temperature and humidity are the top environmental factors affecting yields, growers and agricultural professionals can innovate their insulation systems to develop their farms.
Digital Twins in Agriculture: A Time Machine for Your Farm
Let's explore what digital twins are, their top benefits, diverse use cases, and how digital twinning is enabling efficient, safe, and sustainable smart farming.
Enhancing Plant Potential: UV + Far Red for Horticultural Lighting
For healthy plant growth, providing the correct spectrum of light is crucial. With the integration of UV and far red wavelengths into our lighting solutions, Iluminar Lighting is revolutionizing the way plants thrive indoors.
Philips horticulture LED solutions and Hoogendoorn Growth Management collaborate to unlock the full potential of intelligent lighting in vertical farming
This will facilitate an easier integration of lighting into Hoogendoorn's IIVO Vertical climate computer and pave the way for autonomous optimization in growing crops in closed environments.
Strawberry production seeing strong improvements under dynamic LED lighting
Given the numerous unknowns in strawberry lighting and the continuous development of new varieties, many growers have turned to dynamic LED lighting to have the most adaptable lighting for today and the future, with Sollum Technologies leading the way as the top provider.
Disease in the field: The dilemma of choosing between fast and accurate tests
Drought, severe weather, fire - they all reduce yields, but disease is far and away the biggest barrier to achieving a more bountiful harvest. Worldwide, plant diseases and pests account for up to 40% of the yield losses in key crops.
Wind Energy v. Solar Energy: Which is a Better Renewable for Your Commercial Farm?
While both technologies offer their own advantages, specific factors like your budget, land availability, and available financial incentives, will determine which solution is more advantageous to you.
How AI Is Used for Crop Disease Diagnosis
Incorporating AI is one of the most effective ways to tackle a top farming fear - crop disease. How is the tech capable of accurately diagnosing sick crops?
How Can We Make Urban Agriculture More Sustainable?
Urban farmers face unique challenges, from limited space to logistical hurdles, making the dream of a greener cityscape both a necessity and a challenge. As such, sustainable practices in urban agriculture are not just beneficial but essential for the future of city living.
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