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Nalini Krishnankutty

Scientist

+47 63 89 82 10

+47 465 43 256

Atmosphere and Climate

Kjeller

nkri@nilu.no

Nalini Krishnancutty, portrett

My research interest is quantifying greenhouse gas sources and sinks on regional and global scales. For this, I use a combination of ground- and satellite-based measurements and transport models (FLEXPART and LPDM) with Bayesian inversion techniques.
I am also looking into the effect of changes in sources and sinks on the large climate system.

Nalini Krishnankutty has 5 publications at NILU:

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

Spicer, Elizabeth; Crowell, Sean; Xu, Feng; Klein, Petra; Honeycutt, Wesley T.; Jacobs, Nicole; Miller, Timothy; Shearer, Andrew S.; Kadiyala, Vishnu Priyatamkumar; Smith, Elizabeth N.; Flynn, Connor J.; Krishnankutty, Nalini; Livingstone, Lucas; Flynn, James H.; Moreira, Maria Eugenia Velasco; Bell, Tyler M.; Keeler, Evan; Kyrouac, Jenni; Ermold, Brian

2024

Lecture

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

Thompson, Rona Louise; Pisso, Ignacio; Schneider, Philipp; Stebel, Kerstin; Krishnankutty, Nalini; Platt, Stephen Matthew

2024

Lecture

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

Krishnankutty, Nalini; Thompson, Rona Louise; Pisso, Ignacio; Schneider, Philipp; Stebel, Kerstin; Sasakawa, Motoki; Platt, Stephen Matthew

2024

Lecture

Greenhouse gas observations in ICOS Norway and ReGAME

Platt, Stephen Matthew; Hermansen, Ove; Lunder, Chris Rene; Svendby, Tove Marit; Zwaaftink, Christine Groot; Thompson, Rona Louise; Pisso, Ignacio; Krishnankutty, Nalini

2023

Lecture

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

Krishnankutty, Nalini; Thompson, Rona Louise; Platt, Stephen Matthew

2023

Lecture

My research interest is quantifying greenhouse gas sources and sinks on regional and global scales. For this, I use a combination of ground- and satellite-based measurements and transport models (FLEXPART and LPDM) with Bayesian inversion techniques.
I am also looking into the effect of changes in sources and sinks on the large climate system.

Nalini Krishnankutty has 5 publications at NILU:

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

Spicer, Elizabeth; Crowell, Sean; Xu, Feng; Klein, Petra; Honeycutt, Wesley T.; Jacobs, Nicole; Miller, Timothy; Shearer, Andrew S.; Kadiyala, Vishnu Priyatamkumar; Smith, Elizabeth N.; Flynn, Connor J.; Krishnankutty, Nalini; Livingstone, Lucas; Flynn, James H.; Moreira, Maria Eugenia Velasco; Bell, Tyler M.; Keeler, Evan; Kyrouac, Jenni; Ermold, Brian

2024

Lecture

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

Thompson, Rona Louise; Pisso, Ignacio; Schneider, Philipp; Stebel, Kerstin; Krishnankutty, Nalini; Platt, Stephen Matthew

2024

Lecture

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

Krishnankutty, Nalini; Thompson, Rona Louise; Pisso, Ignacio; Schneider, Philipp; Stebel, Kerstin; Sasakawa, Motoki; Platt, Stephen Matthew

2024

Lecture

Greenhouse gas observations in ICOS Norway and ReGAME

Platt, Stephen Matthew; Hermansen, Ove; Lunder, Chris Rene; Svendby, Tove Marit; Zwaaftink, Christine Groot; Thompson, Rona Louise; Pisso, Ignacio; Krishnankutty, Nalini

2023

Lecture

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

Krishnankutty, Nalini; Thompson, Rona Louise; Platt, Stephen Matthew

2023

Lecture