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Johannes Kaiser

Seniorforsker

63 89 81 50

462 86 509

Atmosfære og klima

Kjeller

jkai@nilu.no

Johannes Kaiser

Johannes Kaiser har 37 publikasjoner ved NILU:

Constraining terrestrial biospheric CO2 fluxes over India by assimilating surface and satellite observations in a global inverse model

2025

Forecasting and analysing wildfire plumes in the European atmosphere, demonstrated by the case of Canadian wildfire plumes in June 2025

2025

Biomass burning emission estimation in the MODIS era: State-of-the-art and future directions

2025

A global assemblage of regional prescribed burn records — GlobalRx

2025

Brann i tropiske skoger pĂĄvirker ikke bare skogen

2025

Tidsskriftspublikasjon

Arctic and Northern Latitude Peat and Non-peat Wildfire Aerosols During 2018-2024

2025

Methane emissions from Australia estimated by inverse analysis using in-situ and Satellite (GOSAT) atmospheric observations

2025

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

2025

Vitenskapelig tidsskriftspublikasjon

GFAS status

2025

GFAS4HTAP

2025

2024 Global anomalies of wildfires​

2025

Evaluation of fire emissions for HTAP3 with CAMS GFAS and IFS-COMPO

2025

Indian Land Carbon Sink Estimated from Surface and GOSAT Observations

2025

Vitenskapelig tidsskriftspublikasjon

Vegetation fire monitoring with satellites in CAMS and beyond

2025

Foredrag

Slik blir sommerværet i Europa, ifølge det lange langtidsvarselet

2025

HTAP3 Fires: towards a multi-model, multi-pollutant study of fire impacts

2025

Quantifying subnational CO2 emissions by assimilating regional measurements in a global high-resolution inverse model

2024

Del av bok/rapport

Global Vegetation Fires in 2023 As Seen By GFAS in CAMS

2024

Foredrag

How to measure vegetation fires from space and estimate emission fluxes?

2024

Foredrag

Skogbrann herjer i California: – Ikke sjans til å slukke

Kaiser, Johannes (intervjuobjekt); Tangen, Eivind (journalist)

2024

Mediebidrag

Skogbranner raser i Canada og Russland: – Venter mer ekstreme brannutslipp

Kaiser, Johannes (intervjuobjekt); Knežević, Milana (journalist)

2024

Mediebidrag

Skogbrannene herjer i Europa – Natasha sitter klar til å rømme med 35 hester

Kaiser, Johannes (intervjuobjekt); Knežević, Milana (journalist)

2024

Mediebidrag

Sentinel and Copernicus powered Arctic Wildfire Knowledge System “Arctic Peat-And Forest-fire Information System”

2024

Foredrag

Skogbrann herjer i Chile: – Hjerteskjærende å se

Kaiser, Johannes (intervjuobjekt); Tangen, Eivind (journalist)

2024

Mediebidrag

Assessing regional CO2 emissions by global high-resolution inverse model constrained by surface and satellite observations

2024

Poster

Global Fire Monitoring

2024

Foredrag

State of the Climate in 2023 : Global Climate

2024

Vitenskapelig tidsskriftspublikasjon

Findings from Biomass Burning Field Campaigns Set Directions for 2 Future Research on Atmospheric Impacts

2024

Tidsskriftspublikasjon

A satellite view on wildfire plume aerosols in northern high latitudes in 2023

2024

Poster

Climate Monitoring with observations of Fire Radiative Power

2024

Foredrag

Sør-Europa må forberede seg på skogbrann i sommer, mens Norge får regn

2024

Tidsskriftspublikasjon

The Global Fire Assimilation System (GFAS) & Peat fire emissions

2024

Foredrag

Arctic peat fire emissions estimated from satellite observations of fire radiative power

2024

Foredrag

Peat fire emissions

2024

Foredrag

A top-down estimation of subnational CO2 budget using a global high-resolution inverse model with data from regional surface networks

2023

Vitenskapelig tidsskriftspublikasjon

Inverse Modeling of Subnational Scale CO2 Emissions Using Data from Denser Surface Observation Networks

2023

Poster

Challenges in using EO to characterise vegetation fires in the Global Fire Assimilation System of CAMS

2023

Foredrag

Copernicus Atmospheric Monitoring Service Policy User Support (CAMS Policy User Support)

Copernicus Atmosphere Monitoring Service (CAMS) er finansiert av EU og administrert av The European Centre for Medium-Range Weather Forecasts (ECMWF). CAMS er en tjeneste innen Copernicus-programmet som tilbyr tjenester og […]

Prosjektperiode: 2015 – 2028

PĂĄgĂĄende

Johannes Kaiser har 37 publikasjoner ved NILU:

Constraining terrestrial biospheric CO2 fluxes over India by assimilating surface and satellite observations in a global inverse model

2025

Forecasting and analysing wildfire plumes in the European atmosphere, demonstrated by the case of Canadian wildfire plumes in June 2025

2025

Biomass burning emission estimation in the MODIS era: State-of-the-art and future directions

2025

A global assemblage of regional prescribed burn records — GlobalRx

2025

Brann i tropiske skoger pĂĄvirker ikke bare skogen

2025

Tidsskriftspublikasjon

Arctic and Northern Latitude Peat and Non-peat Wildfire Aerosols During 2018-2024

2025

Methane emissions from Australia estimated by inverse analysis using in-situ and Satellite (GOSAT) atmospheric observations

2025

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

2025

Vitenskapelig tidsskriftspublikasjon

GFAS status

2025

GFAS4HTAP

2025

2024 Global anomalies of wildfires​

2025

Evaluation of fire emissions for HTAP3 with CAMS GFAS and IFS-COMPO

2025

Indian Land Carbon Sink Estimated from Surface and GOSAT Observations

2025

Vitenskapelig tidsskriftspublikasjon

Vegetation fire monitoring with satellites in CAMS and beyond

2025

Foredrag

Slik blir sommerværet i Europa, ifølge det lange langtidsvarselet

2025

HTAP3 Fires: towards a multi-model, multi-pollutant study of fire impacts

2025

Quantifying subnational CO2 emissions by assimilating regional measurements in a global high-resolution inverse model

2024

Del av bok/rapport

Global Vegetation Fires in 2023 As Seen By GFAS in CAMS

2024

Foredrag

How to measure vegetation fires from space and estimate emission fluxes?

2024

Foredrag

Skogbrann herjer i California: – Ikke sjans til å slukke

Kaiser, Johannes (intervjuobjekt); Tangen, Eivind (journalist)

2024

Mediebidrag

Skogbranner raser i Canada og Russland: – Venter mer ekstreme brannutslipp

Kaiser, Johannes (intervjuobjekt); Knežević, Milana (journalist)

2024

Mediebidrag

Skogbrannene herjer i Europa – Natasha sitter klar til å rømme med 35 hester

Kaiser, Johannes (intervjuobjekt); Knežević, Milana (journalist)

2024

Mediebidrag

Sentinel and Copernicus powered Arctic Wildfire Knowledge System “Arctic Peat-And Forest-fire Information System”

2024

Foredrag

Skogbrann herjer i Chile: – Hjerteskjærende å se

Kaiser, Johannes (intervjuobjekt); Tangen, Eivind (journalist)

2024

Mediebidrag

Assessing regional CO2 emissions by global high-resolution inverse model constrained by surface and satellite observations

2024

Poster

Global Fire Monitoring

2024

Foredrag

State of the Climate in 2023 : Global Climate

2024

Vitenskapelig tidsskriftspublikasjon

Findings from Biomass Burning Field Campaigns Set Directions for 2 Future Research on Atmospheric Impacts

2024

Tidsskriftspublikasjon

A satellite view on wildfire plume aerosols in northern high latitudes in 2023

2024

Poster

Climate Monitoring with observations of Fire Radiative Power

2024

Foredrag

Sør-Europa må forberede seg på skogbrann i sommer, mens Norge får regn

2024

Tidsskriftspublikasjon

The Global Fire Assimilation System (GFAS) & Peat fire emissions

2024

Foredrag

Arctic peat fire emissions estimated from satellite observations of fire radiative power

2024

Foredrag

Peat fire emissions

2024

Foredrag

A top-down estimation of subnational CO2 budget using a global high-resolution inverse model with data from regional surface networks

2023

Vitenskapelig tidsskriftspublikasjon

Inverse Modeling of Subnational Scale CO2 Emissions Using Data from Denser Surface Observation Networks

2023

Poster

Challenges in using EO to characterise vegetation fires in the Global Fire Assimilation System of CAMS

2023

Foredrag

Copernicus Atmospheric Monitoring Service Policy User Support (CAMS Policy User Support)

Copernicus Atmosphere Monitoring Service (CAMS) er finansiert av EU og administrert av The European Centre for Medium-Range Weather Forecasts (ECMWF). CAMS er en tjeneste innen Copernicus-programmet som tilbyr tjenester og […]

Prosjektperiode: 2015 – 2028

PĂĄgĂĄende