Climate Change Project
My Project
Project Title: Climate Change Impact on Agriculture 2024
Status : Completed
Real-time data , Structured data , Qualitative and Quantitative data
This project explores the relationship between climate change and agricultural productivity across various regions, analyzing key variables such as temperature, precipitation, and crop yields. The dataset provides valuable information for understanding both the direct and indirect impacts of climate change on agriculture and highlights adaptation strategies employed to mitigate these effects.
Key columns within the dataset include year, country, region, crop type, average temperature, crop yield, extreme weather, irrigation, pesticides, fertilizer, soil health, and adaptation.
Climate change affects crop growth, development, and yields, while extreme weather events like droughts, floods, and storms can significantly impact agricultural productivity. Irrigation serves as an adaptation mechanism to manage water availability and ensure stable crop yields amid changing precipitation patterns. Pesticides may increase in response to climate-induced pests and diseases that thrive under new environmental conditions.
Fertilizers are used to enhance soil fertility and support crop growth, providing context for understanding how farmers attempt to counterbalance the negative effects of climate variability on soil health.
Soil health is assessed by considering factors such as erosion, nutrient levels, and organic matter content. Healthy soils are critical for sustaining agricultural productivity, especially in the face of changing climate conditions. Adaptation strategies adopted by farmers and governments to adapt to climate change include techniques like crop diversification, sustainable land management, and technological innovations aimed at improving resilience.
Preliminary analysis shows a clear correlation between rising average temperatures and changes in crop yields. Extreme weather events, such as droughts and floods, significantly disrupt agricultural output, particularly in areas without robust irrigation systems or other adaptation measures. Irrigated areas consistently show more stable yields, emphasizing the importance of water management systems in mitigating climate impacts.
To view the interactive dashboard click on View More Below