Category: Agriculture

We all know the world is becoming more and more automated. AI is being used in almost every industry, including agriculture, making farming easier, safer, and faster worldwide. This article will discuss how AI has been implemented into this field to help improve crop yields and increase farmer safety.

Here’s what you need to know about AI Used in Agriculture:

• The use of predictive analytics can give a glimpse into what’s coming next based on current data trends – which crops will be hot sellers? Which markets have high demand? Where should we focus our resources? These answers can only be found by using historical information and new market research from customers or colleagues who may already sell similar products locally or internationally. Predictive analytics provide great value because they allow companies to predict trends accurately and prepare accordingly.
• Machine and AI learning can be used in many ways. Still, one way we’ve seen it implemented into agriculture is by using GPS technology that collects data on soil quality, plant growth, and location information of the farm. This allows farmers to see where there may be a nutrient deficiency or other issues directly impacting their crops, saving money and time spent traveling throughout different fields searching for problem areas. It also helps provide accurate analysis because our software knows what’s happening with every piece of produce, no matter how far away it might get shipped from!
• Artificial Intelligence can also be used to analyze data and create reports; this is useful in the agriculture field because it saves time for farmers who would otherwise have to manually gather large amounts of information. This AI technology analyzes current market trends, upcoming forecasts, historical sales records, price fluctuations, and even weather patterns, allowing users to make better decisions when planning future investments or developing new business growth strategies. It’s all about saving time while increasing your profits – isn’t that what everyone wants?
• AI is used in agriculture, improving crop yields & farmer safety by collecting large amounts of data for analysis & reporting.

In summary, The use of AI Used in Agriculture includes the application of predictive analytics, GPS technologies, and machine learning to analyze trends, weather patterns, market projections, and other factors. With time it is evident that more farmers and farming companies will endorse the use of artificial intelligence, and many researchers support the use of advance AI.

In any agricultural production system, maintaining productive and healthy soil is the cornerstone of sustainable organic farming. And organic matter is the key to maintaining a healthy soil and amending a less perfect one.

Generally, organic matter is made up of animal, plant, and microbe residues—mostly from manure or cover crops—in different stages of decomposition. It is important to note that soil organic matter is generally non-uniform in nature and cannot be assigned a definite chemical or physical structure. It is present in soils under varying decomposition stages. Tree litter, plant and crop residue, livestock manure, different types of soil organisms and their by-products as well as human waste (to a lesser extent) all contribute to organic matter.

Some of the benefits of organic soil include:

• Proving food, energy, and enzymes to soil microbes, which in turn boost the growth and health of plants

• Storing essential plant nutrients that helps in supporting good yield and high quality crops

• They are catalysts for regulating various ecological functions in the soil, which include buffer the alkaline-acid balance in the soil, boosting the cation exchange capacity in the soil—significant in helping the soil store nutrients until they are required by the plants and microbes

• Boosting structure and moisture retention in the soil. Great soil structure boost drainage during rains and wet seasons while moisture retention is vital to plants during drought.

• Organic matter can also go a long way in helping the soil develop mycelia layer that serves to detoxify the soil from chemical and pesticides. This means that organic farmers in Northern California do not need to use pesticides or don’t need the same amount as other conventional framers because the richness of organic soil in Northern California actually provides some sort of natural protection to their plants ‘

Top practices that can boost soil organic matter levels

• Crop rotation: You should consider including cover crops to provide the soil with adequate soil cover which prevents soil erosion, evaporation, and runoff; legumes for green manure purposes; perennial grasses to boost above ground and below ground biomass; and plants or crops that can produce high levels of biomass

• Incorporating crop residue or straw

• Reducing tillage to lower soil carbon losses and to slow down the organic matter decomposition process

• Applying manure, carbon rich waste, and plant material

• Applying fertilizer on legumes and cover crops to produce more biomass
• Grazing as opposed to harvesting foliage

Generally, farming in organic soil has a plethora of benefits. It is also good to the environment as it is to the ultimate consumers.