products

Landsat Land Surface Temperature

It provides up-to-date Land Surface Temperature at 30 m x 30 m. Datasets are available for downloading at user defined polygon (at any area of the globe), with options about time frame (for the full Landsat 5, 7 and 8 archive) and emissivity source (ASTER, MODIS, NDVI-based).

URBAN HEAT AND CO2 FLUXES

Turbulent sensible and latent heat fluxes, net all-wave radiation flux and CO2 flux, are monitored by the two flux towers that Remote Sensing Lab has deployed in the city of Heraklion. The first one operates since November 2016 at the city center and the second one operates since April 2021 at Mastambas, a residential area in Heraklion.

Sen4Rus WIS

This Web-based Information System was developed in the framework of the SEN4RUS project and evaluates Sentinel-based indicators to assist urban planning in Russia.

LAND SURFACE TEMPERATURE

It provides up-to-date global Land Surface Temperature time series at 1 km x 1 km. Datasets are available for on the fly calculations, as well as for downloading, at user defined polygon (at any area of the globe), with options about time frame for the full MODIS archive.

TRUE LAND SURFACE ALBEDO

It provides up-to-date global True Land Surface Albedo (Blue Sky Albedo) annual means and trends at 500 m x 500 m. Datasets are available for on the fly calculations, as well as for downloading, at user defined polygon (at any area of the globe), with options about time frame for the full MODIS archive.

Sentinel-2 Full Archive

It provides up-to-date time series of Sentinel multispectral images for Crete at 10 m x 10 m. Full resolution datasets and mosaics are available for downloading, at user defined polygon (at any area of Crete), with options about time frame for the full Sentinel 2 archive.



WIRELESS SENSORS
NETWORK OF HERAKLION

It provides on-line intra-urban meteorological measurements by the Wireless Sensors Network that Remote Sensing Lab operates at the city of Heraklion. Time series are available for on the fly statistics and graphs, for each Station of the Network.

THE FLIRE
DECISION SUPPORT SYSTEM

This web-based Decision Support System was developed by the Remote Sensing Lab in the framework of the FLIRE project. It enables the user to combine information from different models, satellite observations and meteorological measurements and forecasts, supporting what-if analysis in cases of fires and floods.