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USA-2741-Publishers Κατάλογοι Εταιρεία
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Εταιρικά Νέα :
- An Assessment of Tropical Cyclone Frequency in the Bay of Bengal and . . .
This study examines the frequency of tropical cyclones in the Bay of Bengal and their impact on Bangladesh The extent of environmental harm led to the selection of two specific areas: the Panpatty Union and Galachipa Upzilla in the Patuakhali district, and the Sariakat Union and Swandip Upzilla in the Chittagong district The results indicate that cyclonic storms are more common in May and
- From decades to years: Rising seas and cyclones amplify Bangladesh’s . . .
Bangladesh has the world’s highest cyclone-induced mortality, yet future risks remain unclear, challenging sustainable development Here, we present a comprehensive storm-tide risk assessment for Bangladesh using a physics-based approach Our findings reveal rising risks across emission pathways, with uneven impacts by region and season This timely assessment offers valuable guidance for
- Vulnerability of Bangladesh to Climate Change and Sea Level Rise . . .
Sea level rise, an increase in cyclone intensity, and consequent increases in storm surge heights will have disastrous effects on a deltaic country like Bangladesh, which is not much above the mean sea level This paper examines the climatology of cyclones in the Bay of Bengal for the last 110 years and trends in cyclone frequency and intensity
- Spatio-temporal behaviours of tropical cyclones over the bay of Bengal . . .
Table 1 summarises the tropical storm characteristics of 121 cyclonic storms over 50 cyclonic storm seasons for the Bay of Bengal basin during the last 50 years (January 1970 to November 2020) More recently, on May 20, 2020, at a record 18 h of 240 km h (at a mean sustained wind intensity of >220 km h), cyclone Amphan transformed into a super cyclone due to the Bay of Bengal recorded surface
- Climate change impacts and adaptation assessment in Bangladesh - FIT
The possible increase in cyclone fre-quency in the Bay of Bengal, lying south of Bangladesh, due to climate change is looked at by analyz-ing the cyclone data for 119 yr Both qualitative and quantitative discussions are made on cyclone intensity increase for a sea surface temperature rise of 2 and 4°C Different scenarios of storm surges
- Intensified and prolonged cyclones result of climate change: Scientists
The report compared pre-1950 and post-1950 periods and found the number of severe cyclonic storms rose from 94 to 140 (a 49 per cent increase) in the Bay of Bengal region and from 29 to 44 (a 52
- Vulnerability of Bangladesh to Cyclones in a Changing Climate - IPCC
2 Cyclones in Bangladesh Cyclones hit the coastal regions of Bangladesh almost every year, in early summer (April‐ May) or late rainy season (October‐November) Between 1877 and 1995 Bangladesh was hit by 154 cyclones (including 43 severe cyclonic storms, 43 cyclonic storms, 68 tropical depressions)15 Since 1995, five severe cyclones hit
- Investigation about the cause of the intense pre-monsoon cyclonic . . .
A 41-year dataset from 1982 to 2022 analyzed climatic patterns influencing cyclone formation in the Bay of Bengal (BoB) Results showed a significant increase in sea surface temperature (SST) and a warming trend over the past four decades Specific humidity increased while wind shear decreased The moisture budget showed increased precipitation and evaporation rates, possibly due to more
- Long-term trends in the frequency of severe cyclones of Bay of Bengal . . .
The east coast of India and the coasts of Bangladesh, Myanmar and Sri Lanka are vulnerable to the incidence of tropical cyclones of the Bay of Bengal Every year these cyclones inflict heavy loss of life and property in this region Global climate change resulting from anthropogenic activity is likely to manifest itself in the weather and climate of the Bay of Bengal region also
- Evaluating the risk to Bangladeshi coastal infrastructure from tropical . . .
This suggests the frequency of occurrence of strong cyclones affecting Bangladesh will increase in the future In a paper by Unnikrishnan et al [27] researchers used a climate model for the Bay of Bengal and compared results from a control run with CO 2 concentrations fixed at the 1990 levels, and from a perturbed run with increased CO 2
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