Best Methods of Modern Agriculture


Best Methods of Modern Agriculture

Best Methods of Modern Agriculture

Innovation is the most vital element of contemporary agriculture now; because the business as a full face immense challenges, such as rising costs, shortages of labor, and changes in consumer preferences, therefore there’s a growing desire from agricultural firms to make solutions to those challenges.

Agricultural technology has already seen tremendous growth in investment; $ 6.7 billion was invested within the last 5 years and $ 1.9 billion was invested in the last year alone.

Technological innovations in agriculture have centered on areas such as indoor vertical farming, automation and robotics, farm animal technology, preciseness agriculture, artificial intelligence, and blockchain.

Below we’ll learn about the most recent sorts of technology within the agricultural field:

1. Indoor Vertical/Vertical Agriculture

Indoor vertical farming may be outlined because of the application of manufacturing food and drug in layers that are stacked vertically, and surfaces inclined vertically with or combined with alternative buildings.

With this type, all environmental factors can be management-led; wherever industrial control of light, environmental control (humidity, temperature, and gases), and fertilization can be used.

This style of growth is commonly related to urban and concrete agriculture, because of its ability to thrive in an exceedingly restricted space. Vertical farms are distinctive in this they are doing not need many supplies.

Indoor vertical planting has several features, such as:

  • Increase crop yields.
  • Cultivation of limited areas of land.
  • Cultivation of limited areas of land.
  • Control parameters such as light, humidity, and water.
  • Reduces water and energy consumption; Vertical farms use up to 70% less water than conventional farms.
  • Reducing labor costs, by using robots to deal with harvesting, farming, and logistics, solving the difficult farm problem facing the current labor shortage in the agricultural industry.

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2. Farm Automation / Robotic Agriculture

This type is often associated with “smart agriculture”, a technology that makes farms more efficient. More recently, a large number of companies are creating robots to develop drones, autonomous tractors, automatic harvesters, automatic irrigation, and robotic robots.

Although these technologies are fairly new, an increasing number of traditional agriculture companies are adopting agricultural automation in their operations.

The primary goal of farm automation technology is to cover tasks easier and faster. Farm automation technology also addresses major issues, such as:

  • World population rise
  • Shortage of agricultural labor
  • Changing consumer preferences

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3. Livestock Technology/Technology for Controlling Cows

The livestock sector is a widely overlooked and underserved sector, although it is the most vital; Livestock provides the renewable natural resources we need and depends on daily. Livestock management is defined as managing the business of poultry farms, dairy farms, cattle farms, or other livestock-related businesses.

Livestock managers must keep accurate financial records, supervise workers, and ensure proper care and feeding of the animals.

However, recent trends have proven that technology is revolutionizing the world of livestock management. During the past ten years, there have been tremendous improvements in the industry that have made tracking and managing livestock much easier.

Several concepts related to this sector have emerged, such as:

  • The concept of “connected cow”: is the result of the increasing number of dairy herds equipped with sensors to monitor health and increase productivity. The sensors can track daily activity and health-related issues while providing data-driven insights for the entire herd.
    All this data can be transformed into meaningful and actionable insights, as producers can search quickly and easily and make quick management decisions.
  • Defining “animal genome” as a study of the entire genetic landscape of a living animal and how they interact with each other to influence the animal’s growth and development. Genomics helps livestock producers understand the genetic risk of their herds and determine the future profitability of their livestock. By being strategic with animal selection and breeding decisions, cattle genetics allow producers to improve the profitability and productivity of their herds.

Livestock technology can enhance or improve production capacity, well-being, or animal and livestock management. In addition to converting all this data into meaningful and actionable insights, producers can search quickly and easily and make quick management decisions.

4. Modern Greenhouses

In recent decades, the greenhouse industry has shifted from small-scale facilities primarily used for research and aesthetic purposes (i.e. botanical gardens) to large-scale facilities that directly compete with traditional food production.

The entire global greenhouse market currently produces about $ 350 billion in vegetables annually, of which US production is less than one percent.

As a result of recent massive improvements in growing technology, the industry is experiencing an unprecedented boom. Today, greenhouses are increasingly featured and flooded with capital and are concentrated in urban areas; It uses LED lights and automatic control systems to perfectly adapt to the growing environment.

Successful greenhouse companies are also expanding dramatically and locating their growing locations near urban centers to take advantage of the ever-increasing demand for local food, regardless of the season.

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5. Precision Agriculture

Cultivation goes through stages of development; Technology has become an indispensable part of every commercial farm. New precision farming companies are developing technologies that allow farmers to maximize yields by controlling every variable in the cultivation of crops, such as humidity levels, pest stress, soil conditions, and microclimates.

By providing more accurate technologies for growing and cultivating crops, precision agriculture enables farmers to increase efficiency and manage costs.

And according to a recent report by Grand View Research, Inc. Precision farming companies have found a great opportunity for growth, and the precision agriculture market is expected to reach $ 43.4 billion by 2025.

The new generation of farmers is also attracted to faster and more resilient start-ups that are working to maximize crop yields.

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6. Blockchain

Blockchain’s ability to track property records and tamper resistance can be used to solve urgent problems, such as food fraud, safety recall, supply chain inefficiency, and food tracking in the current food system.

The Blockchain’s unique decentralized structure ensures validated products and practices to create a market for premium products with transparency.

Blockchain technology is distinguished:

  • Ensuring food safety
  • Adds value to the existing market by creating a ledger in the network and balancing market prices.
  • The traditional buying and selling price mechanism relies on customer judgments, rather than the information provided by the entire value chain.
  • Accessing data creates a comprehensive picture of supply and demand
  • This technology enables verified transactions to be securely exchanged with every customer in the food supply chain, creating a market with immense transparency.
  • This technology enables verified transactions to be securely exchanged with every customer in the food supply chain, creating a market with immense transparency.

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