Publications
Pre-prints
A.I.L. Williams, N. Jeevanjee, A robust constraint on the response of convective mass fluxes to warming   [preprint]
S. Kapon, N. Jeevanjee, A. Frishman Single-parameter effective dynamics of warm cloud precipitation   [preprint]
T. Abbott, N. Jeevanjee, Kai-Yuan Cheng, Linjiong Zhou, Lucas Harris, The Land-Ocean Contrast in Deep Convective Intensity in a Global Storm-Resolving Model   [preprint]
N. Tarshish, N. Jeevanjee, Inez Fung, Emissions cessation yields multi-century cooling   [preprint]
B. McKim, N. Jeevanjee, G. Vallis, N. Lewis, Water vapor spectroscopy and thermodynamics constrain Earth's tropopause temperature   [preprint]
Pedagogical
N. Jeevanjee, Climate Sensitivity from Radiative-Convective Equilibrium: a Blackboard Approach, American Journal of Physics   [article webpage] [pdf]
N. Jeevanjee, The Physics of Climate: Simple Models in Climate Science   [arxiv]
2024
Z. Hu, N. Jeevanjee, Z. Kuang, A Refined Zero-Buoyancy Plume Model for Large-Scale Atmospheric Profiles and Anvil Clouds in Radiative-Convective Equilibrium   [article webpage] [pdf]
2023
H. He, R. Kramer, B. Soden, N. Jeevanjee, State-dependence of CO2 Forcing and its Implications for Climate Sensitivity, Science   [article webpage] [pdf] [Physics World]
H. Morrison, N. Jeevanjee, D. Lecoanet, and J.M. Peters, What controls the entrainment rate of dry buoyant thermals with varying initial aspect ratio?, JAS   [article webpage] [pdf]
N. Jeevanjee, Climate Sensitivity from Radiative-Convective Equilibrium: a Blackboard Approach, American Journal of Physics   [article webpage] [pdf]
D.D.B. Koll, N. Jeevanjee, N. Lutsko,
An Analytical Model for the Clear-Sky Longwave Feedback, J. Clim  
[article webpage]
[pdf]
A.I.L. Williams, N. Jeevanjee, J. Bloch-Johnson, Circus tents, convective thresholds, and the non-linear climate response to tropical SSTs, JAMES   [article webpage] [pdf] [talk] [Editor's highlight]
2022
N. Jeevanjee, Three Rules for the Decrease of Tropical Convection with Global Warming, JAMES   [article webpage] [pdf] [talk]
N. Jeevanjee, I. Held, and V. Ramaswamy, Manabe's Radiative-Convective Equilibrium, BAMS   [article webpage] [pdf]
H. Morrison, N. Jeevanjee, J-I Yano, Dynamic pressure drag on rising buoyant thermals in a neutrally stable environment, JAS   [article webpage] [pdf]
N. Jeevanjee, L. Zhou, On the resolution-dependence of anvil cloud fraction and precipitation efficiency in radiative-convective equilibrium, JAMES   [article webpage] [pdf] [si] [talk]
R. Rousseau-Rizzi, T. Merlis, N. Jeevanjee, The Connection between Carnot and CAPE Formulations of TC Potential Intensity, J. Clim   [article webpage] [pdf]
2021
N. Jeevanjee, J.T. Seeley, D. Paynter, S. Fueglistaler,
An Analytical Model for Spatially Varying Clear-Sky CO2 Forcing,
J. Clim.  
[article webpage]
[pdf]
[talk]
[APS-GPC newsletter]
B. McKim, N. Jeevanjee, G. K. Vallis, Joint Dependence of Longwave Feedback on Surface Temperature and Relative Humidity, GRL   [article webpage] [pdf]
N. Jeevanjee, D.D.B. Koll, N. Lutsko,
Simpson's Law and the Spectral Cancellation of Climate Feedbacks, GRL  
[article webpage]
[pdf]
[Editor's highlight]
T. Schneider, N. Jeevanjee, R. Socolow, Accelerating progress in climate science, Physics Today   [article webpage] [pdf]
2020
J. T. Seeley, N. Jeevanjee,
H2O windows and CO2 radiator fins: a clear-sky explanation for the peak in ECS, GRL  
[article webpage]
[pdf]
[talk]
Y. Zhang, N. Jeevanjee, S. Fueglistaler, Linearity of outgoing longwave radiation: From an atmospheric column to global climate models, GRL   [article webpage] [pdf]
N. Jeevanjee, S. Fueglistaler, Simple Spectral Models for Atmospheric Radiative Cooling, JAS   [article webpage] [pdf] [corrigendum]
N. Jeevanjee, S. Fueglistaler, On the Cooling-to-Space Approximation, JAS   [article webpage] [pdf] [corrigendum]
2019
S. Po-Chedley, M. D. Zelinka, N. Jeevanjee, T.J. Thorsen, and B.D. Santer, Climatology explains intermodel spread in tropical upper tropospheric cloud and relative humidity response to greenhouse warming, GRL   [article webpage] [pdf]
B. McKim, N. Jeevanjee, and D. Lecoanet, Buoyancy-Driven Entrainment in Dry Thermals, QJRMS   [article webpage] [pdf]
D. Lecoanet and N. Jeevanjee, Entrainment in Resolved, Dry Thermals, JAS   [article webpage] [pdf] [talk] [animations]
X. R. Chua, Y. Ming, N. Jeevanjee, Investigating the fast response of precipitation intensity and boundary layer temperature to atmospheric heating using a cloud-resolving model, GRL [pdf] [si]
J. T. Seeley, N. Jeevanjee, D. M. Romps,
FAT or FiTT: Are anvil clouds or the tropopause temperature-invariant?,
GRL
[article webpage]
[pdf]
[si]
J. T. Seeley, N. Jeevanjee, W. Langhans, D. M. Romps,
Formation of tropical anvil clouds by slow evaporation,
GRL
[article webpage]
[pdf]
[si]
2018
N. Jeevanjee, D. Romps, Mean Precipitation Change from a Deepening Troposphere, PNAS [article webpage] [pdf] [si]
N. Tarshish, N. Jeevanjee, D. Lecoanet, Buoyant Motion of a Turbulent Thermal, JAS [article webpage] [pdf]
U. Anber, N. Jeevanjee, L. M. Harris, I. M. Held, Sensitivity of Radiative-Convection Equilibrium to Divergence Damping in GFDL-FV3 Based Cloud-Resolving Model Simulations, JAMES [article webpage] [pdf]
2017
N. Jeevanjee, Vertical Velocity in the Gray Zone, JAMES [article webpage] [pdf] [animation] [talk]
N. Jeevanjee, P. Hassanzadeh, S. Hill, and A. Sheshadri,
A Perspective on Climate Model Hierarchies,
JAMES
[article webpage]
[pdf]
2016
N. Jeevanjee
and D.M. Romps,
Effective Buoyancy at the Surface and Aloft,
QJRMS
[article webpage]
[pdf]
[Extended Abstract]
D.M. Romps and N. Jeevanjee, On the Sizes and Lifetimes of Cold Pools, QJRMS [article webpage] [pdf] [description]
2015
N. Jeevanjee and D.M. Romps, Effective Buoyancy, Inertial Pressure, and the Mechanical Generation of Boundary Layer Mass Flux by Cold Pools, JAS [article webpage] [pdf]
N. Jeevanjee,
An Introduction to Tensors and Group Theory for Physicists, 2nd ed., Birkhauser, 305 pp.
[book page]
[offical website]
[Amazon page]
2013
N. Jeevanjee
and D.M. Romps,
Convective Self-aggregation, Cold Pools, and Domain Size,
GRL  
[pdf]