Who is Responsible for Digitalizing Agriculture Extension?

Who is Responsible for Digitalizing Agriculture Extension?

Digitalizing "Agricultural Extension" or "Advisory Services" is the responsibility of Farmer, Government, Scientists & Researchers.

The plant is in need to a mechanism for growing, a harmonic between soil type, irrigation amount & times, weather, fertilizing, … and many other factors. Farmers may have the knowledge – through their fathers,  communities, may be education or practices of agriculture techniques or their environments and systems But They still in need to other knowledge about the cause of the damage to a particular crop, the general principles of pest control, or the ways in which manure and compost are broken down to provide plants with nutrients. Today, in a world of 800 Million hunger, we need a farmer involved in the community Not isolated ! and melting the social definitions about farmers as a little job compared with other jobs. Farmers need motivation and self confidence. They need to learn more about business, prices, markets to be able to increase their revenue. 

According to FAO, Agricultural Extension as a concept is “a process of working with rural people in order to improve their livelihoods. This involves helping farmers to improve the productivity of their agriculture and also developing their abilities to direct their own future development”. 

And today after technological revolutions, It supposed to unify the way that farmers got the information and instead of exchanging these information in their rural communities, It can be shared in public. [Read also: Five Main Technologies change the future of Agriculture]

Digitalize the agricultural advisory will build two-way link between Farmers, Government, Scientists, university, Markets and all agricultural processes stakeholders.

Farmers

Farmers can get an access to productive services information on input supply, implementation of new production technologies, promotion of environmentally-friendly management methods and environmental protection, early warning systems for drought (pests and diseases) and how to protect their crops, credit, and market prices. Being a part of the agriculture life by Sharing their experiences and help in building new legal rules and reaching their voices to government.

Scientists & Researchers

Killing the gap between the scientists and the farmers. And scientists will find a gate of all real problems of agriculture sector and working to solve it.

Government

Unifying & Centralizing the agricultural data will give the government full access to tons of data about Soil, Diseases, Crops amount & quality & availability, connect to farmers, livestock, Diary production, Machinery & equipment … and many information and data about agriculture sector.

Finally, It is time to digitalize the Agriculture extension/Agricultural advisory by building centralized platform web/mobile app with different access availability to all stakeholders in agriculture sector. A two-way link solution collect/provide with information needed and By analyzing these tons of data, it can be turned into meaningful information and insights that will help in economic decisions and building strong strategy for improving the country production and the quality of product beside augmenting the farmers role in society. Also it will help in protecting plantations from risks such as climate fluctuations.


Need Consultation in Internet of Things and Agriculture! Contact Me

Ask about the New Agriculture Techniques such as Aquaponics & Hydroponics, IoT Application in Crop Production & Livestock, Bio Integrated Farming, Agriculture 4.0!
Fill This form [Click Here] or send an email to Me@helbanna.com

Five Main Technologies Create the Future of Agriculture

Five Main Technologies Create the Future of Agriculture

Drones, IoT, Robotics, Data Analytics & AI, and Chat-Bot are Technologies change the Agriculture Today and in the Future.

Agriculture sector like other sectors is affected by the industrial revolutions. And the penetration of technologies in important sectors like agriculture would lead to great improvements and solve global problems of world climate changes, water waste, hunger, unhealthy food …etc. Merging industry4.0 advanced technologies and science for producing new techniques with minimum quantities of water, spaces, soil, energy and labor and this is the goal of “Agriculture 4.0”. In this article we will talk about four main technologies make changes in agriculture today and will create the future of agriculture.

Drones: “Drone is An eye in the sky”

Drones benefits in Agriculture

“Drone is an eye in the sky” This expression created by FAO because of the great uses of Drones in agriculture in Crop Production, early warning systems, disaster risk reduction, forestry, fisheries, as well as in wildlife conservation, for example. 

  • Crop Production: Combining the sensors data and imaging data of drones with real-time data analytics improve farm productivity. Drones  can produce 3-D Maps for early soil analysis, plan and execute seed planting in 85% less cost, assist in planning irrigation schedules, detect symptoms of pests infections and Nutrient deficiency, apply fertilizers, estimate yield data and provide valuable data for weather analysis based on micro climate concepts. Data collected through drones combined with other data sources and analytic solutions provide actionable information precision farming. [Read also: IoT Applications in Crop Production]
  • Disaster Risk Reduction: FAO in the Republic of the Philippines is using drones equipped with photogrammetric and navigation equipment with a ground resolution of up to three centimeters. It is used for detecting details of Water stress or lack of specific nutrients in crops.
  • Saving Fisheries: The Republic of Costa Rica is now using drones to detect illegal fishing and aid in prosecution of offenders.
  • Forestry: Inspection and capturing images for media purposes. And help in protecting forests from risks such as fires, excessive logging practices, calculation of desertification and evapotranspiration rates, resulting from transpiration of trees and trees, and then calculating the amount of water flowing to the rivers. 
  • Wildlife conservation: Drones fitted with high definition thermal cameras are also used to track, inspect and monitor livestock remotely.

IOT - [Internet of Things]: Connectivity and communications

How does Internet of Things improve Growing Plants

IoT – Internet of Things – builds two way communications between plants and farmer. Installing sensors measure parameters of Soil, climate, Water, light, livestock and everything included in your farm and record these data then it can be transmitted to your smartphone/ tablet/ PC hundreds or thousands of Kilometers away through the internet with real time monitoring and management for your farm. And by automating processes of irrigation, fertilization, milking, you are able to do that action by a click on your phone. IoT – Internet of Things – Technology is unifying the language between the farmer and the farm components, understanding and responding to the farm needs and accordingly improve the production quantity and quality. [Read also: Project: IoT in Smart Green House] and [The main IoT system Features].

Robotics

Robots are used in many industries in customer service, packaging, shipping, manufacturing, transportation and many industries. and soon, industries will hire robot employees. Agriculture robotics industry has many innovation in doing tasks like weed, hoe, planting, spraying and assist during harvesting and many other tasks in your farm.

Agrobot is one of the companies builds robotic strawberry harvesters to pick your fresh produce, all around the clock.

Data Analytics & AI - Predictive analytics help in Decision Making

Data Analytics & AI - Predictive analytics help in Decision Making

AI in agriculture appears in leveraging computer vision and deep learning algorithms in processing the data captured by drones or inspection cameras about crops and soil. Also through tracking and predicting the environmental impacts on crop yield by analyzing crop sustainability and evaluating farms for the presence of diseases and pests.

AI-driven technologies are emerging to help improve efficiency and to address the challenges that face the industry including, crop yield, soil health and herbicide-resistance.

ChatBot - Agricultural Advisory

ChatBot - Agricultural Advisory/ Agricultural Extension

ChatBot can do the role of Agricultural advisor who answer the farmer inquires and support in agricultural extension services. It is like a virtual assistant use a chat / voice conversational in interaction with farmers. This ideal solution serve farmers and governments too: Farmers will find all answers needed and real time support in any issue in farming and on the other side, the government or agent will access big data that can be analyzed and turned into meaningful information. 

Thanks for the technology that helps and supports in making us involved in the society in less time, effort, and greater productivity.

Sources: inifyetechnologies.com – emerj.com – leasingsolutions.bnpparibas
Image Sources: factordaily.com – pentoz.com – squareup.com – proagrica.com – dzone.com

Need Consultation in Internet of Things and Agriculture! Contact Me

Ask about the New Agriculture Techniques such as Aquaponics & Hydroponics, IoT Application in Crop Production & Livestock, Bio Integrated Farming, Agriculture 4.0!
Fill This form [Click Here] or send an email to Me@helbanna.com