Nalini Krishnankutty

Forsker

63 89 82 10

465 43 256

Atmosfære og klima

Kjeller

nkri@nilu.no

Cristin Google Scholar OrcID

Publikasjoner ved NILU

Nalini Krishnankutty har 8 publikasjoner ved NILU:

Efficient use of a Lagrangian particle dispersion model for atmospheric inversions using satellite observations of column mixing ratios

2025

Inverse modelling of N2O fluxes over Europe: An EYE-CLIMA initiative

2025

EYE-CLIMA: A Horizon Europe project using atmospheric inversions to improve national estimates of greenhouse gas emissions

2025

Exploring the Influence of Local Urban and Industrial Carbon-Based Pollutant Sources on Total Column Concentration Enhancements in Houston, Texas during TRACER

2024

Use of a Lagrangian transport model for atmospheric inversions using satellite observations: case study using TROPOMI to estimate CH4 emissions over Europe

2024

An efficient use of a Lagrangian transport model for atmospheric inversions using satellite observations: case study using TROPOMI to estimate CH4 emissions over Siberia

2024

Greenhouse gas observations in ICOS Norway and ReGAME

2023

A Bayesian inversion framework for estimating methane emissions using high-resolution ground- and satellite observations: A case study over Siberia

2023

Nalini Krishnankutty har 8 publikasjoner ved NILU:

Efficient use of a Lagrangian particle dispersion model for atmospheric inversions using satellite observations of column mixing ratios

2025

Inverse modelling of N2O fluxes over Europe: An EYE-CLIMA initiative

2025

EYE-CLIMA: A Horizon Europe project using atmospheric inversions to improve national estimates of greenhouse gas emissions

2025

Exploring the Influence of Local Urban and Industrial Carbon-Based Pollutant Sources on Total Column Concentration Enhancements in Houston, Texas during TRACER

2024

Use of a Lagrangian transport model for atmospheric inversions using satellite observations: case study using TROPOMI to estimate CH4 emissions over Europe

2024

An efficient use of a Lagrangian transport model for atmospheric inversions using satellite observations: case study using TROPOMI to estimate CH4 emissions over Siberia

2024

Greenhouse gas observations in ICOS Norway and ReGAME

2023

A Bayesian inversion framework for estimating methane emissions using high-resolution ground- and satellite observations: A case study over Siberia

2023