... 102 to 103 km2 (C) are most frequent (58.5%) followed by smallest scale (D) having area ≤ 102 km2 (37.2%). Large ICE’s (B/C scale) are less frequent (4.2%). Mean areas of ICE’s in D, C and B/C scales are ...
... climatic and anthropogenic drivers that cause vegetation changes at the subdivision scale. Principal component analysis and MK (Mann-Kendall) test showed significant greening trend over semi-arid regions ...
... threefold increase in urbanization when compared to USGS land-use data of 1991–1992. Simulation and analysis of large-scale circulation patterns revealed that the event was triggered and sustained by the ...
... location of observation. On a decadal scale, the monthly mean of IRI TEC and GPS TEC show distinct seasonal variation trends for all years with seasonal asymmetry. The bias and RMSE values are low in the ...
by Rani Devi, K. C. Gouda & S. Lenka
The extreme temperature events are a concern in recent years due to climate variability particularly in India as there is an increase in the temperature intensity, ...
... tools, Parvez et al. (2017) produced a revised neo-deterministic seismic hazard map of India. High-resolution NDSHA has also been applied at the regional and local scale in India, particularly in Gujarat ...
by C B Jayasankar, K Rajendran and Sajani Surendran
High-resolution regional climate model (RCM) simulations are found to be very useful in deriving realistic climate change projection information. This ...
by Gyanendranath Mohapatra, V. Rakesh, Smrati Purwar & A. P. Dimri
Understanding and quantifying long-term rainfall variability at regional scale is important for a country like India where economic ...
by V. Rakesh, G. N. Mohapatra & Ajay Bankar
Urban extreme rainfall events (UEREs) are one of the weather hazards where modelers continue to struggle for accurate advance prediction despite recent advances ...
... peninsular India (PI) and its six subdivisions, are quantified. High‐resolution dynamically downscaled simulations of the Weather Research and Forecasting (WRF) regional climate model driven by the boundary ...
... (June–August) scale. Eight-member ensemble-average hindcasts carried out for realizable skill with lead of 2 (for June) to 5 (for August) months and an optimum ensemble is presented.
Source: https://doi.org/10.1007/s00704-021-03589-x and https://link.springer.com/article/10.1007/s00704-021-03589-x ...
... use a coupled atmospheric–hydrologic modelling system. Thus, in this study, a physically-based, fully distributed, multi-scale hydrologic modelling framework, WRF-Hydro with optimized configurations (stand-alone ...