
Learn the basics of observing and understanding our planet with the help of Arc Gis.

Explore innovative irrigation techniques using technology and data for precise water management, ensuring optimal crop hydration while conserving resources.

Comprehensive GIS and remote sensing training covering data extraction, analysis, and mapping techniques using ArcGIS and Google Earth for various environmental and spatial applications.

Companion Videos for the e-book, "Working with LIDAR in ArcGIS". The eBook is available on Amazon at http://tinyurl.com/hjbujgb for $2.99. These videos cover some of the hands-on exercises from the book as a supplement to the text.

Learn digital investigation techniques, from image reverse search to geolocation and chronolocation. Develop OSINT skills for verifying social media content and conducting open-source research, applicable to journalism, human rights, and intelligence ana…

Explore remote sensing applications in public health, including disease prediction models, risk mapping, and vector-borne disease surveillance using satellite data and geospatial technologies.

Explore Earth's atmospheric circulation, Coriolis force, and geostrophic balance. Understand climate dynamics, cloud patterns, and the impact of Earth's rotation on global weather systems.

Explore Earth's climate system through atmospheric and oceanic studies, with a focus on Hurricane Irene's impact and the fundamental nature of our atmosphere.

Explore the impact of citizen science projects, including coastal monitoring, and their potential to revolutionize scientific research and environmental conservation efforts.

Explore precision irrigation technologies, their benefits, adoption barriers, and real-world applications in this insightful webinar on improving water efficiency in agriculture.

Explore trust region optimization for adversarial attacks on neural networks, covering various attack methods and their applications in computer vision and object detection.

Explore the impact of atmospheric CO2 observations on carbon cycle science and climate policy with NASA JPL expert Junjie Liu.

Explore the terrestrial carbon cycle across scales, from plot to continent, with insights from Ken Davis's research at Pennsylvania State University.

Dive into meteorology across scales with NASA JPL expert Derek Posselt in this Keck Institute for Space Studies short course on quantifying greenhouse gas emissions and transport.

Dive into estimating fluxes in the carbon cycle with insights from Anna Michalak's talk at the Keck Institute for Space Studies short course on quantifying emissions.

Explore SpectralIndices.jl, a Julia package simplifying spectral indices computation in remote sensing. Learn its features, data compatibility, and user-friendly interface for efficient Earth system research analysis.

Comprehensive exploration of geographic techniques including GIS, remote sensing, cartography, and data analysis. Covers key concepts, tools, and applications in spatial information technology and practical geography.

Learn essential research methodologies, approaches, and elements in geography, focusing on the nature of geographic research for advanced studies.

Learn to download and process various geospatial datasets, including DEMs, climate data, soil maps, satellite imagery, and more. Gain skills in data acquisition and preparation for GIS analysis.

Explore quantitative approaches in carbonate sedimentology, discussing uncertainty, numerical models, and interdisciplinary collaboration for improved geological understanding and interpretation.

Découvrez comment l'innovation spatiale et l'analyse des données satellitaires peuvent résoudre des défis locaux, du réchauffement climatique à l'agriculture durable, en apportant des solutions concrètes aux populations.