Abstract The impact of climate change on the Krishna River Basin (KRB) is significant due to semi-arid nature basin. Herein, 21 global models (GCMs) Coupled Model Intercomparison Project Phase 6 (CMIP6) were examined simulate historical monthly precipitation over 1951–2014 period in KRB. symmetrical uncertainty (SU) method and multi-criteria decision (MCDM) employed select suitable GCMs for pro...

Abstract The frequency and severity of climatic extremes is expected to escalate in the future primarily because increasing greenhouse gas concentrations atmosphere. This study aims assess impact climate change on extreme temperature precipitation scenarios using indices Kashmir Himalaya. analysis has been carried out for twenty-first century under different representative concentration pathway...

increasing greenhouse gases in recent decades and increasing its resulting temperature has causes the imbalance of the earth’s climate system and widespread climate changes in most regions of earth planet. development strategic policy in this area has been forced with a big challenge because of the need for water in the central region on the one hand and water resource constraints on the other ...

Climate change continues to increase the intensity, frequency and impacts of weather climate extremes. This work uses bias-adjusted Coupled Model Intercomparison Project Phase six (CMIP6) model datasets investigate future changes in temperature extremes over Mediterranean (MED) Sahara (SAH) regions. The mid- (2041–2070) far-future (2071–2100) are studied under two Shared Socioeconomic Pathways:...

Climate change is affecting the agriculture, water, and energy sectors in East Africa impact projected to increase future. To allow adaptation mitigation of impacts, we assessed changes climate their impacts on hydrology hydrological extremes Africa. We used outputs from seven CMIP-6 Global Models (GCMs) 1981–2010 as a reference period. The output GCMs are statistically downscaled using Bias Co...

Abstract. The “dry gets drier, and wet wetter” (DDWW) paradigm has been widely used to summarize the expected trends of global hydrologic cycle under climate change. However, is largely conditioned by choice different metrics datasets still comprehensively unexplored from perspective terrestrial water storage anomalies (TWSAs). Considering essential role TWSAs in wetting drying land system, her...

Extreme weather phenomena are increasing due to climate change and having a severe impact on critical infrastructure, including airports. In this context, conducting risk assessments is an essential step implement appropriate adaptation strategies. the present study, climate-risk assessment framework applied evaluate of extreme precipitation events for specific Italian airports: Malpensa, Berga...