E-Agricultural Concepts for Productivity

GIS is a system used for mapping and analyzing spatial data

Information about the location of an object

Understanding how things are connected in space

A satellite-based system for precise positioning and navigation

A computer that can be used in the field to gather and analyze data

Software applications used on mobile phones

The process of analyzing the quality of the soil

The science that explores the relationship between human activity and the environment

Use of technology to connect and share information in agriculture. Helps improve communication and learning between different people involved in farming.

Traditional methods in agriculture are those practices passed down through generations. They often rely on experience and basic tools.

The main source of income for a region, like farming in northeast Sri Lanka.

A group of people in the countryside who make a living through agriculture.

A community radio station is owned and controlled by a community, often using local language and formats.

The ability to produce food or crops effectively, meaning getting a good yield and profit.

The use of cell phones and text messages to improve communication in the agricultural sector.

The practice of using ICT to improve communication, learning, and efficiency in farming.

Using technology to automate and improve the process of harvesting crops.

A technology used to analyze images of agricultural products to determine their quality, size, and other characteristics.

A method of using computer vision to measure the size, shape, and other features of agricultural products.

A device used to measure yield and moisture content of crops during harvesting.

A system that uses GPS or sensors to guide harvesters through fields, improving efficiency and reducing wasted effort.

A method used to harvest mangoes by shaking the branches, but it can cause damage and result in losses of unripe fruit.

One of the challenges of using mechanical harvesters for mangoes is the latex that drips onto the fruit after detachment, which can affect their appearance.

Systems that use computer vision and robotics to carefully and selectively harvest fruits, minimizing damage and losses.

The use of technology in agriculture, specifically computers, weather stations, and global information systems (GIS), to gather and analyze data for decision-making.

The challenges faced when implementing ICT in agriculture, such as lack of infrastructure, training, and research priorities.

The potential benefits of ICT in agriculture beyond simple automation, including bridging the digital divide and promoting prosperity for farmers.

The use of ICT tools, like meteorological stations and GIS, to gather and analyze weather data for agricultural purposes.

Using weather data to make informed decisions such as timing of planting, crop development, and water management.

The critical role of weather in agricultural production, influencing everything from crop growth and yield to pest and disease outbreaks.

The importance of training and education in overcoming the barriers to ICT adoption in agriculture.

The potential of ICT to connect farmers to information and resources, reducing the digital divide and promoting sustainable agriculture.

A system that combines multiple layers of information from different sources, presenting them in a spatial representation. This helps different stakeholders reach consensus on land planning, even with varying perspectives.

A technique using satellite imagery or aerial photography to analyze land resources, such as vegetation and water bodies. Helps monitor large areas effectively.

A methodology using ICT to monitor and control water usage in irrigation, aiming to improve efficiency, increase yields, and enhance production quality.

ICT tools used in water supply networks. These tools optimize water pressure, reduce energy waste, and enable billing based on actual consumption.

A method for measuring water usage based on actual consumption rather than estimated values. This allows for greater accuracy and promotes water conservation.

The preparation of land for specific crops, ensuring optimal conditions for growth. It often involves specific advice tailored to the land and crop type.

The process of selecting the most appropriate planting methods based on user input and specific land conditions.

A subsystem in land planning that focuses on creating an establishment plan and assigning specific tasks to ensure efficient and effective land management.

A combination of national policies, investments, and budgets designed for the improvement of ICT in agriculture.

ICT professionals, researchers, and farmers working together to prioritize ICT research and development.

Courses that focus on the application of ICT in agriculture, including practical implementations.

Training programs that help teachers, researchers, and farmers understand and use ICT for practical applications.

Connecting knowledge centers and agricultural resources to farmers' needs, potentially employing unemployed graduates.

Challenges include the need for increased agricultural production while facing decreasing resources.

The use of ICT in agriculture, such as mapping and analyzing spatial data, can help improve agricultural practices and resource management.

The use of technology to connect farmers and agricultural experts, share information, and improve agricultural practices.