This project aims to increase the sustainability of agriculture through the use of climate data. Thanks to the meteorological stations, the climate conditions of agricultural lands are monitored, and it is aimed to grow the right crops with the right plant nutrition, irrigation and fertilization practices.

Problem Area of the Project

Climate change and the uncertainty of meteorological conditions in the agriculture sector make it challenging to cultivate the right crops and implement efficient farming practices. This situation creates various difficulties in planning and managing agricultural activities. This project aims to control the climate conditions in agricultural lands and enable accurate crop cultivation through appropriate plant feeding, irrigation, and fertilization practices.

Social, Economic, and Environmental Impact of the Problem

Social Impact: Proper agricultural practices will improve the working conditions of agricultural laborers, and increased crop productivity will positively impact society's nutrition and food security. Additionally, more sustainable agricultural practices may lead to increased employment and improved welfare for people living in rural areas.

Economic Impact: Accurate crop cultivation and agricultural practices will enhance agricultural productivity, resulting in increased agricultural revenues. Moreover, efficient water usage through precision irrigation can reduce irrigation costs, lower agricultural production expenses, and contribute to the agricultural sector's economic growth.

Environmental Impact: Precise irrigation and fertilization will lead to more efficient water usage, reducing environmental issues such as water scarcity. Proper agricultural practices can also help reduce soil erosion and the environmental impact of chemical waste, promoting eco-friendly agriculture.

Solution Strategy as Agricultural Solution Center

• Collection and Analysis of Climate Data: Climate data in agricultural lands will be continuously monitored and analyzed through meteorological stations. This will enable agricultural activities to be planned according to climate conditions.
• Precision Agricultural Practices: Taking into account the collected climate data and other relevant parameters, agricultural practices such as plant feeding, irrigation, and fertilization will be carried out precisely. This will ensure more efficient water usage and increase agricultural productivity.
• Technological Support and Education: Technological support and education will be provided to agricultural enterprises to help them implement proper agricultural practices. This will contribute to the effective implementation of agricultural activities.

Unique Aspects of the Solution Strategy

This project aims to plan and manage agricultural activities based on climate data using meteorological stations. The adoption of precision agricultural practices distinguishes it from traditional approaches.

Project's Differentiators and Objectives

• Differentiator: The project stands out by using meteorological stations to plan and manage agricultural activities based on climate data.
• Objectives: The project aims to increase agricultural productivity through accurate plant feeding, irrigation, and fertilization practices, promote efficient water usage, encourage eco-friendly agriculture, and enhance agricultural revenues.

Project Activities and Promotion

Meteorological stations will be installed, and continuous monitoring of climate data will be ensured. Educational programs will be organized to teach agricultural enterprises about proper agricultural practices, and technological support will be provided. The project will be promoted through local agricultural stakeholders, agricultural cooperatives, farmers, agricultural media, and social media platforms.

Sustainability Goals

For the project's long-term sustainability, regular maintenance of meteorological stations and data collection processes is crucial. Ensuring the continuity of technological support and educational programs will promote the widespread adoption of proper agricultural practices.

Project's SDG Impact

SDG 2: Zero Hunger, Food Security, and Improved Nutrition

Contribute to food security through proper agricultural practices and increased agricultural productivity.

SDG 6: Clean Water and Sanitation

Efforts toward efficient water usage and water scarcity reduction.

SDG 8: Decent Work and Economic Growth

Increase agricultural income and create sustainable employment opportunities in the agricultural sector.

Project's Business Model

Funding for the project can be obtained from local and national governments, agricultural cooperatives, private sector investors, and international organizations. The project's business model will consist of components such as installing meteorological stations, data collection and analysis processes, providing technological support and education to agricultural enterprises, and offering services based on the collected data and results, which could generate revenue.