Abstract Machine learning (ML) has emerged as a powerful technique in the Earth system
science, nevertheless, its potential to model complex atmospheric chemistry remains largely …

The study elucidate upon the evaluation of satellite retrievals with ground based aerosol
optical depth (AOD) measurements, their utilization in LiDAR ratio (LR) estimation, boundary …

We investigate the time evolution of the Local Boundary Layer (LBL) for the first time over a
mountain ridge at Nainital (79.5° E, 29.4° N, 1958 m amsl) in the central Himalayan region …

The genesis, dynamics, and impacts of a severe dust storm over the central Himalaya during
June 13–17, 2018 have been investigated using in situ measurements, satellite data, and …

The sensitive ecosystem of the central Himalayan (CH) region, which is experiencing
enhanced stress from anthropogenic forcing, requires adequate atmospheric observations …

Limited observations hinder understanding of turbulent characteristics in mountainous
terrain resulting from heating or cooling of slopes, wind, vertical motions, and heat or …

Comprehensive characterization of turbulent fluxes and land‐atmosphere interactions at a
semi‐arid region in the Deccan Plateau of peninsular India is presented using 2‐year eddy …

The atmospheric turbulence characteristics such as energy dissipation rate (ε), eddy
diffusivity (K), and refractive index structure parameter (C n 2), which are inevitable to …

In the context of non-uniform Monin–Obukhov similarity scaling of unstable surface layer
turbulence over complex terrain, this study attempts to identify the range of slope angles (as …

In the present communication, diurnal evolution of vertical structure of precipitating clouds
over the southernmost part (7°–11° N) of the Western Ghats (WG) of Indian region during …