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Mangrove Canopy Height in Costa Rica
Mangrove Canopy Height in Costa Rica
Mangrove Canopy Height in Costa Rica
Costa Rica’s mangroves—especially those in Térraba-Sierpe, Golfo Dulce, Tempisque, and the Nicoya Peninsula—show remarkably high canopy structures when analyzed using GEE’s canopy height data. Many stands reach 20–30 meters, confirming their role as some of the tallest and most productive mangrove ecosystems in the Eastern Tropical Pacific.
Mapping mangrove canopy height with GEE + Python provides valuable insights for blue carbon projects, biodiversity assessments, and coastal resilience planning.
At GeoluxCS, we design and implement WebGIS systems tailored to your technical needs—from real-time dashboards to large-scale geospatial analytics.
If you need a custom solution for forest monitoring, climate risk, carbon assessments, or environmental mapping, feel free to contact us. We’re here to help.
🌧️ Heavy rainfall hit Costa Rica on July 24th & GEOLUXcs supports geospatial emergency management.
San Carlos, June 24 – Intense rainfall from a tropical wave and the Intertropical Convergence Zone (ITCZ) has caused floods, landslides, and property damage in several areas of the country, particularly in Ciudad Quesada.
San Carlos, June 24 – Intense rainfall from a tropical wave and the Intertropical Convergence Zone (ITCZ) has caused floods, landslides, and property damage in several areas of the country, particularly in Ciudad Quesada.
At GEOLUXcs, we are actively supporting authorities by providing accurate geospatial information to identify the most affected areas. This data is crucial for local municipalities to: Detect critical zones 🌍 ; Plan effective emergency responses 🚨 Prepare future mitigation and prevention strategies 🛠️ ; Using GIS analysis and remote sensing tools, we help transform complex data into actionable insights, strengthening the capacity to respond to extreme weather events.
At GEOLUXcs, we are actively supporting authorities by providing accurate geospatial information to identify the most affected areas. This data is crucial for local municipalities to: Detect critical zones 🌍 ; Plan effective emergency responses 🚨 Prepare future mitigation and prevention strategies 🛠️ ; Using GIS analysis and remote sensing tools, we help transform complex data into actionable insights, strengthening the capacity to respond to extreme weather events.
💡 Geospatial technology not only saves time but also protects lives and communities.
💡 Geospatial technology not only saves time but also protects lives and communities.
Check out the full report on LinkedIn for more details GEOLUXcs
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