Paco Silva’s Post

Do you know how Soil Moisture in the U.S. interacts with its Agricultural Land? This map highlights the fascinating spatial patterns between soil moisture and agricultural areas across the U.S. Some regions thrive with high moisture and dense agriculture. In contrast, others see high moisture but minimal farmland. Interestingly, there are also areas with low moisture but surprisingly intense agricultural activity. By mapping these two variables together, we can see the unique ways they interact, offering insights into the diverse landscapes of the U.S. This visualization is an excellent tool for GIS and Remote Sensing analysis. #Agriculture #SoilMoisture #GIS

Spatiotemporal Framework for estimating economic values of Carbon sink and stock in a forest ecosystem using advanced GIS and Remote Sensing. #CarbonSinkEstimation, #GISandRemoteSensing, #ForestEcosystems, #ClimateChangeSolutions, #EnvironmentalEconomics, #SpatiotemporalAnalysis, #SustainableForestry, #EcosystemServices

Did you know? Canadian researchers have built a groundbreaking 3D model to help predict droughts, floods and other climate-related water challenges before they happen. For farmers whose crops and livestock depend on water, the model would help them make decisions in the face of uncertain climate conditions. It would provide useful information such as groundwater levels, soil moisture, nutrients and ecosystem services. It could also highlight areas that will become suitable or unsuitable for agriculture in the years to come. Co-led by Natural Resources Canada (NRCan) and industry partner Aquanty, the project is carried out in collaboration with our scientist Dr. David Lapen and his team. Learn more: https://ow.ly/S3yn50QZBFQ #WorldWaterDay

geospatial Urbanisation Land Use Mapping Environment Climate change Agriculture Surveying GPS

🌍 Transforming Urban, Agricultural, and Environmental Landscapes with Phase One Cameras. Discover how Phase One’s high-resolution cameras are revolutionizing industries from urban planning to agriculture and environmental conservation. Whether you're mapping out urban renewal projects or monitoring forest health, our imaging solutions offer the precision, reliability, and insights needed for a sustainable future.   🌿 Agriculture & Forestry: Enhance productivity with high-accuracy imagery for irrigation planning and forest management. 🏙️ Urban Planning: Create detailed 3D models to drive infrastructure development and heritage preservation. 🚨 Disaster Management: Support emergency response with precise mapping and damage assessment.   🔗 Learn more about the power of Phase One cameras across key sectors: https://lnkd.in/d7uW4RHf   #AerialImaging #PhaseOne

Excited to share my latest analysis using Landsat 5 satellite imagery: the Normalized Difference Vegetation Index (NDVI). 🌿 Understanding NDVI: Revolutionizing Vegetation Analysis 🌿 The Normalized Difference Vegetation Index (NDVI) is a game-changer in the world of environmental monitoring and precision agriculture. This powerful tool uses remote sensing data to assess vegetation health by measuring the difference between near-infrared (which vegetation strongly reflects) and red light (which vegetation absorbs). 🌾🌳 Key Benefits of NDVI: i. Agriculture: Helps farmers optimize crop yields by identifying stressed plants early. ii. Forestry: Monitors forest health and detects areas affected by pests or diseases. iii. Climate Studies: Tracks changes in vegetation over time, aiding climate change research. iv. Land Management: Assists in sustainable land use planning and conservation efforts. NDVI's ability to provide timely, accurate insights is transforming how we manage and interact with our natural resources. 🌍 #NDVI #NormalizedDifferenceVegetationIndex #RemoteSensing #PrecisionAgriculture #Sustainability #EnvironmentalScience #DataDrivenDecisions #GIS #GISRS #RemoteSensing

In a world where change is our only constant, join us for an invigorating panel discussion that explores the pivotal role of geospatial services in meeting the ever-evolving needs of diverse markets. Engage in a forward-thinking conversation where complacency has no place, and innovation is the compass guiding our journey. Discover how geospatial solutions are reshaping industries, from forestry and utility to insurance, government, and climate sectors. This session is not just about modernizing; it's about navigating the complexities of diverse markets and contributing to a more sustainable and resilient future. Zachary Déziel, Sam Acheson, Rachel Olney, Kate van Dam, Dilshan Kathriarachchi #N51 #Geospatial #Innovation

SIDS by Example! Pacific SIDS building resilience by building stronger data governance and management to support data collection, protection, transparency, and data sharing to enhance evidence-informed policy making and monitoring!

Explore the latest Q&A on #EUDR satellite data with Satelligence. 💭 We get into:  🛰️ Governmental data compared to our own 🛰️ Differentiating forest and agroforestry with satellite data  🛰️ False positives Swipe through our carousel and read more! #EUDR #Deforestation

How Spatio-temporal analysis is used in Forest management of resources ! 🌲🌳 Excited to share insights on the crucial role of spatio-temporal analysis in forest management! 🌳🌲 In the realm of forestry mapping, temporal analysis, a key aspect of Geographic Information Systems (GIS), is paramount for monitoring changes in forest cover, health, and distribution over time. By analyzing time-series data, we can detect trends and identify shifts within forest ecosystems, aiding in sustainable resource management. Change detection techniques within GIS, such as image differencing and classification comparison, enable us to quantify alterations in the landscape. These methods help in detecting changes in forest cover, land use, and disturbances like forest fires and illegal logging activities. By leveraging GIS technology and temporal analysis, we gain invaluable insights that empower us to better understand, manage, and conserve forest ecosystems for the benefit of current and future generations. Let's work together to protect our precious forests! 🌳🌍 #ForestManagement #GIS #Sustainability #Conservation #ChangeDetection