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This paper introduces fire monitoring works of two different projects, namely TIMELINE (TIMe Series Processing of MediumResolution Earth Observation Data assessing Long –Term Dynamics In our Natural Environment) and PHAROS (Project on aMulti-Hazard Open Platform for Satellite Based Downstream Services). It describes the evolution from algorithm development fromin applied research to the implementation in user driven applications and systems. Concerning TIMELINE, the focus of the worklies on hot spot detection. A detailed description of the choice of a suitable algorithm (round robin approach) will be given.Moreover, strengths and weaknesses of the AVHRR sensor for hot spot detection, a literature review, the study areas and theselected approach will be highlighted. The evaluation showed that the contextual algorithm performed best, and will therefore beused for final implementation. Concerning the PHAROS project, the key aspect is on the use of satellite-based information toprovide valuable support to all phases of disaster management. The project focuses on developing a pre-operational sustainableservice platform that integrates space-based EO (Earth Observation), terrestrial sensors and communication and navigation assets toenhance the availability of services and products following a multi-hazard approach

the international archives of the photogrammetry, remote sensing and spatial information sciences/international archives of the photogrammetry, remote sensing and spatial information sciences

Fire Monitoring - The use of medium resolution satellites (AVHRR, MODIS, TET) for long time series processing and the implementation in User Driven Applications and Services