Nisha Halder

Can’t work out what to do about patches of soil that dry out faster than others? The paper and its solution, “Optimizing Irrigation Schedules Using GIS in Agriculture,” provide a solution. Consult MAPOG tools to observe and predict the amount of moisture in the soil then develop suitable irrigation strategies that appropriately water the plants and the soil cover. Optimizing Irrigation Schedules  Challenge:   Precision irrigation is an issue because farmers seldom obtain consistent soil moisture level especially when they are dealing with wide fertile lands reserved for farming. Solution: By applying  MAPOG  tools geometry for instance creating point data for soil moisture sensors and therefore generating grids, individual farmers can accurately depict distribution of soil moisture. This we do in order to come up with the irrigation schedule that will take less water in a respective area and at the same time increase the yields. Engagement Statement: Utilize the supe...

With the help of "Create a Map to Extract Forest Areas Using Filter Tool," learn how to quickly recognize and protect natural areas. Find out how the use of proximity analysis of  MAPOG  improves mapping and conservation efforts' accuracy. Extract Forest Areas Challenge:   Identifying and accurately extracting forest areas from extensive geographical data can be a complex and time-consuming task, often requiring advanced tools and specialized knowledge. Solution: Using the Filter Tool in  MAPOG , users can effortlessly isolate and extract forest areas from large datasets. This tool simplifies the process by allowing precise filtering based on specific criteria such as vegetation type, land cover, or geographical boundaries. Engagement Statement: Learn how the Filter Tool from MAPOG transforms the process of extracting forest regions, resulting in more effective and accessible environmental analysis and conservation planning. Explore the guide to learn how to make the...