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Conditions For Soil Product Applications
14 applications found
Deficient soils that suffer from pH imbalance, lack of crucial nutrients, and diminished biological activity will be repaired by our Superfine formulation. Superfine works specifically to counteract these challenges, safely and effectively. Following application of Superfine, you will see dramatically increased soil health, leading to increased rhizobia and earthworm activity, and greater crop root mass and depth. Clover proliferation is a common added benefit, leading to accelerated nitrogen levels and higher ...
ByAglime Fertiliser based in Marulan, AUSTRALIA
In partnership with growers, we cultivate an agronomic first approach with our advanced microbial solutions. Our unique microbial strains are produced by a proprietary manufacturing process which promotes the expression of specifically desired characteristics. Designed for the agricultural industry, our biology uses multiple modes of action and performs the intended effects reliably across a broad range of operating conditions. The final result is our unique microbial blend, proven to optimize yield potential ...
ByBiOWiSH Technologies Inc based in Cincinnati, OHIO (USA)
AN ORGANIC SOIL ADDITIVE THAT STIMULATES SOIL HEALTH AND ASSISTS IN SOLUBILIZING MINERALS IN THE SOIL FOR MORE EFFICIENT UPTAKE Deserving of it's name, Bio Soil Magic is installed at only 50 grams per acre into the soil prior to seeding. ...
ByTerawet Green Technologies, Inc. (TGT) based in San Diego, CALIFORNIA (USA)
Tomato is one of the most spreaded agricultural products all around the world and even of higher economic value. Its demand is continuously increasing and with it, the crop, production and trade. The world production is of 85 millions of tons (FAO 2007) and the countries with higher productions are China, Mexico, United States, Turkey, Spain, Italy and Egypt. Continentally, according to FAO data, Asia participates with no more than 50%, followed by America with a 20%, Europe 15% and the rest comes from Oceania and ...
BySistema AZUD, S.A. based in Alcantarilla, SPAIN
Climate change and limited resources are some of the challenges faced by modern agriculture. By gathering essential information, IoT can help to smarter farming where you get the most out of your ...
ByMicro Technic A/S based in Aarup, DENMARK
Farmers in the 21st century are using efficient irrigation technology such as drip systems to maximize their usage of one of our most valuable commodities - water. Water flow rates to irrigated areas can be controlled effectively, concentrating the application of water in the immediate vicinity of the crops and adjusting the quantity of water delivered. The next step in precision irrigation is accurate knowledge of soil moisture content around the crop so that the amount of water and the frequency at which it is ...
ByE.S.I. Environmental Sensors Inc. based in Sidney, BRITISH COLUMBIA (CANADA)
It provides proper wetting and drainage in non-soil media as well as eliminating unusable water. TeraFlo® dramatically improves the ability of rainfall and water to easily penetrate the soil surface and gain access to the root zone. By encapsulating the soil particles, it significantly decreases friction allowing for easy and rapid water penetration and filtration into any soil condition; hardpan, compacted or otherwise. ...
ByTerawet Green Technologies, Inc. (TGT) based in San Diego, CALIFORNIA (USA)
Alfalfa is a crop of the legume family and its scientific name is Medicago sativa. Alfalfa is a perennial plant of erect growth and is one of the most extended forage crops within temperate climate ...
BySistema AZUD, S.A. based in Alcantarilla, SPAIN
ET only accounts for part of the story of what happens to water - what happens above the ground. Different soil types lose differing amounts of water at varying speeds. Understanding what happens to water in the ground can help you to make effective management decisions that optimize energy and water use, while ensuring a high quality course. ESI monitoring systems enable turf professionals to analyze soil conditions with a high degree of accuracy, and make their ...
ByE.S.I. Environmental Sensors Inc. based in Sidney, BRITISH COLUMBIA (CANADA)
Traditional farming has successfully treated each field differently according to experience and scientific advice, but the next leap demands something more. In the process of learning how to treat in-field zones individually, the constantly evolving Smart Farming requires real-time data and recorded feedback on every action. Soil Scout expands that revolution to the ...
BySoil Scout Oy based in Helsinki, FINLAND
The Sweetwater sulfur burner amends alkaline water, leading to improved water and soil conditions. In addition to treating alkaline water and soil, the sulfur burner has substantial agronomic benefits to specific crops. ...
ByAgua Dulce, LLC based in Sandy City, UTAH (USA)
The Sweetwater sulfur burner amends alkaline water, leading to improved water and soil conditions. In addition to treating alkaline water and soil, the sulfur burner has substantial agronomic benefits to specific ...
ByAgua Dulce, LLC based in Sandy City, UTAH (USA)
These nanobubbles increase the oxygen concentration in soil and water, allowing plants to perform respiration efficiently even in suboptimal soil conditions. ...
ByGaia Water Ltd. based in Victoria, BRITISH COLUMBIA (CANADA)
As a golf course maintenance professional, your priority is to provide golfers durable and high-performing greens and fairways with smooth and uniform playability. At the same time, you must keep the maintenance costs at bay, optimize irrigation and fertilizers, and consume water sustainably. In fact, water and irrigation are substantial operational costs for golf courses. The world’s 40,000 golf courses use 9.5 billion liters (4.5 billion gallons) water ...
BySoil Scout Oy based in Helsinki, FINLAND