Are Crop-Spraying Drones the Wave of the Future?
The primary function of agricultural drones in the current market is integration for pesticide management and irrigation systems. By collecting and analyzing data, drones can assist agricultural operations in more efficient pesticide use.
Using Minichromosomal Technology in Agriculture
Minichromosomal technology does not alter the plants genes in any way. Resulting in faster regulatory approval and a quicker acceptance by farmers.
Agriculture Manufacturing Trends to Watch
Like many other industries, agriculture has discovered the benefits of data mobility, industry 4.0, and new technologies that unlock productivity and cost savings.
Weather Forecasting for the Farmer
To produce a successful crop, a farmer needs to be aware of the moisture, light, and temperature. Detailed weather information, which includes past records, present weather and future forecasts are required.
Utilizing Tissue Culture to Produce High-quality Cannabis Clones
Growers must consider several factors when selecting a product configuration: their cultivation setup and environment, and their desired crop.
Will Closed Ecological Systems Save the Planet?
In a closed ecological system, the maintenance of life happens through complete re-use of available material by means of cycles. Exhaled carbon dioxide and other waste matter is renewed chemically or by photosynthesis into oxygen, water and food.
Photosynthetically Efficient Colors for Crop Growth and Biomass Accumulation
UbiGro helps growers boost crop yields by providing the best sunlight environment - more orange and red light for enhanced crop growth - without using electricity. UbiGro is a passive solar product.
Indoor Farming with Towers
We are providing a vertical growing platform that can be scaled and fills a need in the market for a growing platform that is flexible enough to cater to both home and hobby growing and large-scale commercial farming.
Vertical Farming Methods Compared to Traditional Vertical Farming?
True Vertical™️ optimizes the amount of plants per square foot by growing them literally vertically along a wall that can be 25 feet tall and 35 feet wide, or even bigger. This wall of canopy is facing another wall of canopy. Lighting is in between.
Genetic Engineering is a Driving Force for Modern Agriculture
Genetic engineering permits scientists to select only one definite gene to implant. This avoids introducing other genes with unwanted attributes. Genetic engineering also speeds up the development of new foods with wanted traits.
Universal Automation in Agriculture
IoT devices permit growers to assemble more data about the condition of their farms, and IoT is indicating great potential for improving provision delivery and propelling agriculture to utmost productivity.
Food Matters Summit - Q&A with SPREAD
What Spread is focused on is fully integrated solutions on a large scale and then also adding key technologies to make the business more profitable - so adding lots of automation, sensors and data collection points.
Automated Commercial Containers for Cannabis Cultivation
With our B2B commercial model, we have developed automated commercial containers for the cultivation of both medical cannabis, as well as vegetables and herbs.
Semi-artificial Photosynthesis
Because biofuels are made from agricultural products, fuel production from such products implies the use of agricultural land and crops that can also be used for the production of food.
Automation and Sensors in Hybrid Greenhouses
Data accumulation and analysis is a key to the success of the Solaris model. Both inside and outside of the facility there are almost 100 different sensors which guide the various processes of cooling, heating, lighting etc.
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