Shubham N Bawankar’s Post

This guide was developed for a basic training in Geographic Information Systems (GIS), to serve as a quick introduction to QGIS, which is the base software on which other applications and plugins, relevant to Sustainable Land management and Land Degradation Mapping, run, i.e: Trends.Earth (Conservation International) and Watershed Tool (WOCAT). The document aims to convey basic applications offered by this computer tool to produce practical knowledge, solve problems of georeferenced information management and creation of maps. This manual has step-by-step explanations of the practices carried out in the training to serve as a reference material. However, it can also be used by those who want to venture into GIS (self-taught). Please see the QGIS page for further practical and theoretical guidance with sample data and examples: SOURCE With Thanks :- WOCAT

This guide has been crafted to facilitate basic training in Geographic Information Systems (GIS), offering a swift introduction to QGIS, the foundational software upon which other applications and plugins relevant to Sustainable Land Management and Land Degradation Mapping operate, such as Trends.Earth by Conservation International and the Watershed Tool by WOCAT. The document is designed to impart fundamental knowledge of this computational tool's applications, enabling users to address georeferenced information management challenges and create maps effectively. It provides comprehensive, step-by-step explanations of the practices conducted during the training, serving as a valuable reference material. Moreover, individuals keen on self-directed learning in GIS can also utilize this manual. Further practical and theoretical guidance, including sample data and examples, can be accessed via the QGIS page.

his guide was developed for a basic training in Geographic Information Systems (GIS), to serve as a quick introduction to QGIS, which is the base software on which other applications and plugins, relevant to Sustainable Land management and Land Degradation Mapping, run, i.e: Trends.Earth (Conservation International) and Watershed Tool (WOCAT). The document aims to convey basic applications offered by this computer tool to produce practical knowledge, solve problems of georeferenced information management and creation of maps. This manual has step-by-step explanations of the practices carried out in the training to serve as a reference material. However, it can also be used by those who want to venture into GIS (self-taught). Please see the QGIS page for further practical and theoretical guidance with sample data and examples: #gis #qgis #bim

QGIS Introduction 👍

Such a comprehensive course! the course started from explaining the Interface of ArcGIS desktop software, Changing and Viewing of Layer properties, usage of feature classes and attribute tables, different projections used in GIS, geoprocessing specially focusing on spatial joins and relates tools and finally generating a publishable map using layout view, changing symbology, Labelling map features, Creating map books and finally focusing on Metadata creating and editing and troubleshooting problems occur in ArcGIS. The final assignment was about creating a Publishable map of wildfire impacted areas of counties in california. It used Spatial joins and updating attribute tables, Dissolve and intersect tools in its workflow. which helped to grasp handling real life data sets in ArcGIS. This course equipped me with the knowledge needed to create publishable maps handling geographical data, which will come in handy in Digital soil mapping and Environmental mapping. University of California, Davis by Coursera . . . #GIS #ArcGIS

Before we all head off to our well-deserved vacation this summer, I wanted to share the fruits of my labour from a little side project. Promoting openness in science is one of my highest priorities, and with that comes free and easy-to-understand tutorials that allows anyone to learn the 'science'. It's 2024, let's stop gatekeeping. The first tutorial I have published using Notion will teach you how to conduct a Trace Network Analysis with open data and GIS. Right now, if you have access to ArcGIS Pro, you are able to complete the tutorial. I am also working on a QGIS version to open up the floor for free GIS users to make it even more accessible. If you find this interesting, please engage with the content however you like. If there are any GIS or remote sensing based tutorials you would like to see, comment below! 👇 https://lnkd.in/dUK5W7jB

four years ago, I just out of curiosity started learning this course. The very first one in the field of GIS. Today I am in my 3rd year of Ph.D in the field of GIS in water resources management.

This course provides a comprehensive introduction to Geographic Information Systems (GIS). It covers the fundamental concepts, tools, and applications of GIS technology used to analyze spatial data across various industries, including urban planning, public health, environmental management, and more. This provides a structured approach for a Fundamentals of GIS course, offering learners both less theoretical knowledge and more practical skills in GIS.

Unleashing the power of QGIS! 🗺️ Thanks to free online resources and the invaluable guidance of experienced user Gerald Abak, I've mastered delineating catchments and calculating watershed areas. This open-source GIS software offers incredible flexibility, customization, and a vast community, making it an invaluable tool for geospatial analysis. Excited to explore its full potential and contribute to sustainable water resource management. #QGIS #GIS #WatershedManagement #OpenSource #DataAnalysis #Geospatial #SkillUp

Land use and land cover (LULC) change analysis predominantly uses advanced Geographic Information System (GIS) software such as ArcGIS, ArcGIS Pro, and QGIS. These tools are essential for accurately mapping and analysing land use and cover changes. However, one significant challenge when dealing with smaller study areas is the lack of high-quality imagery, which is crucial for detailed analysis. In such scenarios, GEP Pro emerges as a highly effective solution. GEP Pro is designed to support LULC analysis by providing supplementary data and tools that enhance the overall accuracy and efficiency of the process, even in areas where high-quality imagery is unavailable. By leveraging GEP Pro, researchers and analysts can achieve robust results in their land use and land cover change studies, ensuring their findings are reliable and actionable. @cartoscholar https://lnkd.in/dgMrvvaU