Welcome to the Hi-Res LST Service Documentation


Documentation overview


What is the Hi-Res LST service?

The Hi-Res LST service provides high-resolution (30m) monitoring of land surface temperature, specifically designed for the urban domain. It integrates Sentinel-3 and Landsat8/9 satellite data products and machine learning techniques to provide accurate, detailed temperature data with a resolution of 30 meters, enabling a wide range of applications e.g., in urban planning, climate adaption and infrastructure monitoring.

πŸ”‘ Key Features

High-resolution land surface temperature monitoring at 30m spatial resolution

The service improves the spatial resolution of land surface temperature from Sentinel-3 with 1000m spatial resolution to 30 meters enabling precise detection of heat profiles.

Integration of data products from two earth observation missions

Spatio-temporal fusion combines data from Sentinel-3 and Landsat 8/9 to generate accurate and comprehensive thermal information.

On-demand processing and monitoring of pipeline runs

Check and oversee current status of processing steps that delivers the request land surface temperature via a graphical interface.

High temporal resolution and analysis of historical patterns

We provide our thermal super resolution products from 1st June 2018.

Addressing large audiences

A user-friendly web interface allows users to easily create, view, and share temperature data and analysis results., API for experts …

Who could benefit from Hi-Res LST?

  • πŸ’Ό Businesses in sectors like real estate, insurance, and energy that can leverage temperature data for risk assessment and planning.

  • πŸ‘¨β€πŸ‘©β€πŸ‘§β€πŸ‘¦ General public interested in understanding local temperature variations and their effects.

  • 🏒 Policy makers for informed decision-making in climate adaptation strategies.

  • 🌁 Infrastructure managers for monitoring the thermal conditions of critical facilities like railways and roads.

  • πŸ—ΊοΈ Urban planners and environmental agencies for monitoring urban heat islands and planning green infrastructure.

  • 🌿 Agricultural professionals for optimizing irrigation and crop management based on temperature data.

  • 🏫 Educational institutions for teaching and research in environmental science and urban studies.

  • πŸ“Š Researchers and scientists studying climate change impacts and urban microclimates.

  • πŸ‘©β€πŸ”¬ Technology developers looking to integrate high-resolution temperature data into applications and services.

  • 🫡 maybe you? don’t hesitate to contact us for more information!