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January 2025
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Publication in Nature Geoscience

The Sense4Fire team published together with further collaborators a paper in Nature Geoscience:

Forkel, M., Wessollek, C., Huijnen, V., Andela, N., de Laat, A., Kinalczyk, D., Marrs, C., van Wees, D., Bastos, A., Ciais, P., Fawcett, D., Kaiser, J. W., Klauberg, C., Kutchartt, E., Leite, R., Li, W., Silva, C., Sitch, S., Goncalves De Souza, J., Zaehle, S., and Plummer, S. (2025)

Burning of woody debris dominates fire emissions in the Amazon and Cerrado

Nature Geoscience, 1–8, https://doi.org/10.1038/s41561-024-01637-5.

In the paper, an intercomparison of several fire emission estimates in presented for the fire season 2020 in the Amazon and Cerrado. Then the contribution of different fire types and fuel components to the total fire emissions are investigated, showing that emissions are dominated by smouldering combustion of woody debris.

ESA also published an article about the paper along with a very nice animation of the key results.

All datasets related to the paper are open available at https://doi.org/10.25532/OPARA-688 and at this website under "Data".
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November 2024
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Demonstration of the near-real time database

The Sense4Fire project provided near-real time estimates of fire emissions for the Amazon/Cerrado for the year 2024. Thereby we provided three updates at the end of July, end of August and end of September 2024. This demonstrates the near-real time capabilities of the GFA-S4F and TUD-S4F approaches. The near-real time results of the fire emissions in 2024 have been presented and discussed with the scientific community at various scientific events:

- Fire Modelling Development Brainstorming Workshop; Leverhulme Centre for Wildfire, Science and Society; 16-18 September 2024, Dartington Hall, UK

- 13th EARSeL Forest Fires Special Interest Group Workshop; 19-20 September 2024, Milano, Italy

- Future Focus Wildfires. Community forum on Earth Observation for wildfires monitoring; EUMETSAT; 26-28 November 2024, Darmstadt, Germany | [Presentation PDF]
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October 2024
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Fire season in the Amazon 2024: Near-real time database online

The Amazon experienced an exceptional fire season in 2024. The Sense4Fire project provided near-real time estimates of fire emissions during this season with the GFA-S4F and TUD-S4F approaches. Forest fires caused especially higher than normal emissions in Bolivia. Estimated emissions of carbon monoixde (CO) are between 56 (GFA-S4F) and 62 Tg (TUD-S4F) for the period August adn September 2024.

Data overview and download
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April 2024
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EGU General Assembly 2024

The Sense4Fire project partners attended and presented at EGU General Assembly 2024 at the Vienna International Conference Center, Austria from the 14th-19th April

Matthias Forkel (TUD) Multiple approaches for quantifying fuels, combustion dynamics, and regional fire emissions in the Amazon and Cerrado | [PDF]

Niels Andela (BeZero) New insights on global fire extremes from object-based fire inventories | [PDF]

Dave Van Wees (BeZero) Comparison and validation of state-of-the-art fire emissions models for the Amazon | [PDF]
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May 2024
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Sense4Fires Experimental Database V0.2 online

We release the second version of the Sense4Fire fire emissions estimates in the second version of the experimental database. The database contains dataset of fuel and fire properties and fire emissions for the study regions Amazon/Cerrado, southern Africa, eastern Siberia and southern Europe.

Data overview and download

The Sense4Fire project is part of the ESA Carbon Science Cluster. The project has been originally funded for two years (August 2021 – July 2023) and has been prolonged until January 2025.

The aim of Sense4Fire is to increase the scientific understanding of fire dynamics and their role in the carbon cycle by integrating observations from the Sentinels into new Earth observation products.

We understand fire dynamics as all processes that contribute to pre-fire conditions of the land surface (i.e. fuel loads and fuel moisture), fire behaviour (fire ignitions, spread, speed, size, burned area, thermal emissions and radiative power), combustion and production of fire emissions (combustion completeness, biomass burning, composition of emissions) and the effect of fire emissions on atmospheric composition (injection height, smoke plumes, atmospheric gas composition, aerosols).

The aim will be assessed in various test sites and in the three proposed regions of interest, namely Brazil, southern Africa, and Russia/Siberia. The aim will be addressed within the duration of this activity by two specific objectives.

Read more: About the Project

Partners

BeZero Carbon is a global ratings agency for the Voluntary Carbon Market. Combining expertise across climate science, finance and policy, it provides ratings, risk, and data tools that improve information accessibility and decision making. Its aim is to build markets for environmental impact.

Read more: BeZero
The Technische Universität Dresden (TUD) is a full-curriculum university with 18 faculties in five schools and has about 32,000 students and over 8,200 employees. TUD is one of the eleven ‘Universities of Excellence’ in Germany and the only one in eastern Germany.

At TUD, the Junior Professorship in Environmental Remote Sensing (JProf. Matthias Forkel, https://tu-dresden.de/geo/envrs) was established in September 2019 at the Institute for Photogrammetry and Remote Sensing, Department for Geosciences, Faculty for Environmental Sciences.

Read more: TU Dresden
The Royal Netherlands Meteorological Institute (KNMI) is the Dutch national weather service and centre for climate research. The institute combines in house operational as well as strategic research tasks. As an integral part of the Ministry of Infrastructure and Environment KNMI provides advice on weather and climate to national, regional and local authorities on a day-to-day basis. KNMI is participating in many European projects on both climate and space research and keeps close ties with many of its stakeholders.

Read more: KNMI