Aapda Samvaad Issue June 2020.Cdr
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Escap/77/Inf/1
ESCAP/77/INF/1 Distr.: General 12 March 2021 English only Economic and Social Commission for Asia and the Pacific Seventy-seventh session Bangkok and online, 26-29 April 2021 Items 4 (f) and (i) of the provisional agenda* Review of the implementation of the 2030 Agenda for Sustainable Development in Asia and the Pacific and issues pertinent to the subsidiary structure of the Commission: Committee on Environment and Development Committee on Disaster Risk Reduction Annual reports of international and intergovernmental organizations provided to the Commission** Summary The present document contains overviews of the annual reports of the following international and intergovernmental organizations: the Coordinating Committee for Geoscience Programmes in East and Southeast Asia; the Mekong River Commission; the Typhoon Committee; and the Panel on Tropical Cyclones. These organizations were established under the auspices of the Economic and Social Commission for Asia and the Pacific to work on areas under their respective competence to support economic and social development in the region. The Commission may wish to comment on the work of these organizations and take note of the present document. I. Coordinating Committee for Geoscience Programmes in East and Southeast Asia 1. The Coordinating Committee for Geoscience Programmes in East and Southeast Asia has been established under the Economic and Social Commission for Asia and the Pacific (ESCAP) since 1966. In 1991, the Coordinating Committee for Geoscience Programmes in East and Southeast Asia has become an independent intergovernmental organization. With a vision to be “a premier intergovernmental Earth Science Organization in East and Southeast Asia”, the Coordinating Committee for Geoscience Programmes in East and Southeast Asia has worked towards its mission to contribute significantly to the economic development and sustainable management of the environment and of improving the quality of life of its member countries by the application of Earth Science knowledge. -
Tearing Through the Water Landscape: Evaluating the Environmental and Social Consequences of POSCO Project in Odisha, India; Saldanha, Leo F
TEARING THROUGH THE WATER LANDSCAPE Evaluating the environmental and social consequences of POSCO project in Odisha, India A Study prepared at the request of POSCO Pratirodh Sangram Samithi Jagatsinghpur District Odisha by Leo F. Saldanha and Bhargavi S. Rao Environment Support Group® Environmental, Social Justice and Governance Initiatives May 2011 Tearing through the Water Landscape: Evaluating the environmental and social consequences of POSCO project in Odisha, India; Saldanha, Leo F. and Rao, Bhargavi, S.; Environment Support Group, Bangalore, India, 2011. Photographs: Leo F. Saldanha In the interest of advancing social and environmental justice, this publication may be freely disseminated by any means. A publication of Environment Support Group® Environmental, Social Justice and Governance Initiatives 1572, 36th Cross, Ring Road, Banashankari II Stage Bangalore 560070. India Tel: 91-80-26713559-61 Voice/Fax: 91-80-26713316 Email: [email protected] / [email protected] Web: www.esgindia.org Acknowledgements This publication is a result of Environment Support Group's active support and engagement with the efforts of POSCO Pratirodh Sangram Samithi (PPSS) and that of the peoples of Jagatsinghpur District of Odisha to stop what is certainly amongst the most environmentally, socially and economically destructive projects conceived in recent times in India. Abhay Sahu and Prashant Paikray leading the movement with a host of other key activists have inspired us in this endeavour. Noted film-maker K. P. Sasi was instrumental in ensuring our paths crossed, resulting now in this publication. Ranjan Swain, a key leader of PPSS, whose family is a victim of the 1999 super-cyclone and who is repeatedly punished for his anti-POSCO activities (fighting over 40 false criminal complaints), actively provided a variety of information in support of the research backing this study, and with his family extended warm hospitality during our visit to the project affected villages. -
Assessing Vulnerability and Capacity of Bhubaneswar As a Progressive Smart-City: an Empirical Case Study of Fani Cyclone Impact on the City
Research Collection Journal Article Assessing vulnerability and capacity of Bhubaneswar as a progressive smart-city: An empirical case study of Fani cyclone impact on the city Author(s): Kawyitri, Neha; Shekhar, Ankit Publication Date: 2021-04-01 Permanent Link: https://doi.org/10.3929/ethz-b-000456121 Originally published in: International Journal of Disaster Risk Reduction 56, http://doi.org/10.1016/j.ijdrr.2020.101986 Rights / License: Creative Commons Attribution-NonCommercial-NoDerivatives 4.0 International This page was generated automatically upon download from the ETH Zurich Research Collection. For more information please consult the Terms of use. ETH Library International Journal of Disaster Risk Reduction 56 (2021) 101986 Contents lists available at ScienceDirect International Journal of Disaster Risk Reduction journal homepage: http://www.elsevier.com/locate/ijdrr Assessing vulnerability and capacity of Bhubaneswar as a progressive smart-city: An empirical case study of Fani cyclone impact on the city Neha Kawyitri a, Ankit Shekhar b,* a Malaviya Centre for Peace Research, Banaras Hindu University, Varanasi, India b Department of Environmental Sciences System, ETH Zurich, Switzerland ARTICLE INFO ABSTRACT Keywords: This study aims to assess the vulnerability and capacity of Bhubaneswar, India’s first smart-city, to the most Vulnerability recent extremely severe cyclonic (ESC) storm ‘Fani’ which ravaged the city on May 3, 2019. After 2 weeks of its Capacity impact, this study conducted a household survey in the central part of Bhubaneswar city (comprising of different Social & human wards), where smart-city projects were implemented and ongoing. Survey questions categorized into Social & Financial Human, Financial, Physical, and Smart-city factors and their corresponding indicators were chosen through Smart-city Natural disasters literature review and some modified based on local conditions. -
Chasing the Cyclone
Chasing the Cyclone MRUTYUNJAY MOHAPATRA DIRECTOR GENERAL OF METEOROLOGY INDIA METEOROLOGICAL DEPARTMENT NEW DELHI-110003 [email protected] 2 A Few Facts about Tropical Cyclones(TCs) During 1970-2019, 33% of hydromet. disasters are caused by TCs. One out of three events that killed most people globally is TC. Seven out of ten disasters that caused biggest economic losses in the world from 1970-2019 are TCs. It is the key interest of 85 WMO Members prone to TCs Casualties of 300,000 in Bangladesh in 1970 is still ranked as the biggest casualties for the last five decades due to TC; Cyclone Monitoring, forecasting and warning services deals with application of all available modern technologies into operational services. Cyclone Hazard Analysis Cyclone Hazard Prone Districts Based on Frequency Intensity Wind strength PMP PMSS Mohapatra (2015), JESS Cyclone A low pressure system, where the wind rotates in anticlockwise (clockwise) direction in northern (southern) hemisphere with a minimum sustained wind speed of 34 knots (62 kmph) World Meteorological Organization’s official definition : A tropical cyclone (hurricane, typhoon) is a synoptic scale (100 km) , . non-frontal (no sharp gradient of temperature) disturbance, . over tropical or subtropical waters , . with organized convection, and definite cyclonic surface wind circulation. WESTERN PACIFIC TYPHOONS AUSTRALIA WILLY-WILLIES MEXICO CORDONAZO PHILIPPINES BAGIOUS Named after a city ‘BAGUIO’which experienced a rain fall of 116.8 cm in 24 hrs in July, 1911 INDIAN SEAS CYCLONES Derived from Greek word ‘CYCLOS’ – Coil of a Snake ATLANTIC & HURRICANES Derived from ‘HURACON’ - God of Evil (central EASTERN PACIFIC American ancient aborigines call God of Evil as HURACON Eye Tropical cyclone Eye-wall Horizontal : 100-1000km Vertical :10-15 km Wind speed : UP to 300 km / hr Average storm speed : About 300 km / day EYE: Central part, is known as eye. -
Cyclone Nivar - Important Facts
Cyclone Nivar - Important Facts Cyclone Nivar is a ‘severe cyclonic storm’ that is expected to hit the southeastern coast of India on midnight of 25th November 2020. Cyclones and other natural disasters that affect India and the world are important topics for the UPSC exam. It is important for both the geography and the disaster management topics in the UPSC syllabus. Cyclone Nivar The India Meteorological Department (IMD) has stated that the severe cyclone Nivar will intensify into a ‘very severe cyclonic storm’ and make landfall between Mamallapuram (in Tamil Nadu, around 56 km from Chennai) and Karaikal in Puducherry, on 25th November at midnight or early hours of the 26th of November. • The Tamil Nadu and Puducherry coasts are experiencing heavy rains and strong winds due to the impending cyclone. Many parts of the metropolitan city of Chennai have been flooded due to the heavy rainfall. • The winds that the cyclone brings could be between 120 and 130 km per hour, with gusts of up to 145 km per hour. • Officials had stated they would release water from the Chembarambakkam reservoir near Chennai due to the heavy rain received in the wake of Nivar. • People living in low-lying areas have been evacuated. • The Indian Army has sent teams and rescue boats to the affected areas for assistance in the aftermath of the landfall. • Thousands of people have been evacuated as a precautionary measure. • Trains and flights have been cancelled owing to the cyclone. • Experts say that after landfall, the cyclone may take up to six hours to weaken. -
IJRAR Research Journal
© 2020 IJRAR June 2020, Volume 7, Issue 2 www.ijrar.org (E-ISSN 2348-1269, P- ISSN 2349-5138) KOLKATA GREENS, POST ‘AMPHAN’ SUPATRA SEN Associate Professor Department of Botany Asutosh College, Kolkata, INDIA Abstract : Amphan, a tropical super cyclone ravaged coastal Bengal, Orissa and parts of Bangladesh on 20th May 2020. Kolkata along with coastal parts of West Bengal were the worst affected with lakhs rendered homeless and shelterless, huge agricultural and crop loss and thousands of trees damaged, destroyed and uprooted. With over 5000 trees lost or damaged out of approximately five lakhs in Kolkata alone, the task of green restoration seems is challenging, but essential. Post Amphan minus the large tree cover, Kolkata and surroundings will inevitably face drastic rise in pollution levels. As Kolkata rebuilds its green cover, it must ensure flawless urban planning, efficient and scientific tree management and accurate species selection. IndexTerms - Amphan, urban greening, biodiversity restoration, urban biodiversity I. INTRODUCTION Amphan, a tropical super cyclone ravaged coastal Bengal, Orissa and parts of Bangladesh on 20th May 2020. North and South 24 Parganas and East Midnapore districts of West Bengal were the worst affected with lakhs rendered homeless and shelterless, huge agricultural and crop loss, thousands of trees damaged, destroyed and uprooted and other accompanying damages and losses much beyond immediate comprehension and repair. Ironically the super cyclone hit the states and its inhabitants (flora and fauna included) on 20th May, 2020 just a couple of days before the International Day of Biological Diversity (celebrated on 22nd May, every year). Kolkata with less than 2% green cover has been one of the worst affected in terms of tree loss along with the mangrove dominated Biosphere Reserve Sunderban. -
Very Severe Cyclone Yaas to Hit North Odisha Coast
Brewing worry: The Indian Coast Guard guiding fishermen in view of cyclone Yaas. * PTI Very severe cyclone Yaas to hit north Odisha coast PM reviews preparations; landfall likely on May 26 evening shiv sahay singh coasts from the evening of in offshore activities. He Kolkata May 24. “It would gradually spoke about the need to en- The depression over east- increase further becoming sure that time duration of central Bay of Bengal is very 90-100 gusting to 110 kmph outages of power supply and likely to move in a north- from 26th morning and in- communication network are northwest direction and in- crease thereafter becoming minimum and are restored tensify into a cyclonic storm. 155-165 kmph gusting to 185 swiftly,” the Prime Minister’s The system Yaas is expected kmph at the time of landfall Office said in a statement af- to cross the coast in north till 26th afternoon,“ a special ter a review meeting to over- Odisha-West Bengal bet- bulletin issued by the IMD see the preparedness with ween Paradip and the Sagar late on Sunday evening said. senior officials. islands by the evening of The weather office has is- May 26 as a very severe cy- PM holds review meet sued an orange warning of clonic storm. Prime Minister Narendra extremely heavy rainfall at Officials at the Regional Modi on Sunday directed se- isolated places over Jhar- Meteorological Centre in nior officers to work in close gram, Medinipur, North & Kolkata on Sunday issued coordination with the States south 24 Parganas, Howrah, warnings that squally winds to ensure safe evacuation of Hooghly, Kolkata in West of 40-50 kmph gusting to 60 people from high-risk areas. -
Chlorophyll-A, SST and Particulate Organic Carbon in Response to the Cyclone Amphan in the Bay of Bengal
J. Earth Syst. Sci. (2021) 130:157 Ó Indian Academy of Sciences https://doi.org/10.1007/s12040-021-01668-1 (0123456789().,-volV)(0123456789().,-volV) Chlorophyll-a, SST and particulate organic carbon in response to the cyclone Amphan in the Bay of Bengal 1, 2 1 MD RONY GOLDER * ,MD SHAHIN HOSSAIN SHUVA ,MUHAMMAD ABDUR ROUF , 2 3 MOHAMMAD MUSLEM UDDIN ,SAYEDA KAMRUNNAHAR BRISTY and 1 JOYANTA BIR 1Fisheries and Marine Resource Technology Discipline, Khulna University, Khulna 9208, Bangladesh. 2Department of Oceanography, University of Chittagong, Chittagong 4331, Bangladesh. 3Development Studies Discipline, Khulna University, Khulna 9208, Bangladesh. *Corresponding author. e-mail: [email protected] MS received 11 November 2020; revised 20 April 2021; accepted 24 April 2021 This study aims to explore the variation of Chlorophyll-a (Chl-a), particulate organic carbon (POC) and sea surface temperature (SST) before (pre-cyclone) and after (post-cyclone) the cyclone Amphan in the Bay of Bengal (BoB). Moderate Resolution Imaging Spectroradiometer (MODIS) Aqua satellite level-3 data were used to assess the variability of the mentioned parameters. Chl-a concentration was observed to be significantly (t = À3.16, df & 18.03, p = 0.005) high (peak 2.30 mg/m3) during the post-cyclone period compared to the pre-cyclone (0.19 mg/m3). Similarly, POC concentration was significantly (t = 3.41, df & 18.06, p = 0.003) high (peak 464 mg/m3) during the post-cyclone compared to the pre-cyclone (59.40 mg/m3). Comparatively, high SST was observed during the pre-cyclone period and decreases drastically with a significant difference (t = 14, df = 33, p = 1.951e-15) after the post-cyclone period. -
“Amphan” Into a Super Cyclone?
Preprints (www.preprints.org) | NOT PEER-REVIEWED | Posted: 3 July 2020 doi:10.20944/preprints202007.0033.v1 Did COVID-19 lockdown brew “Amphan” into a super cyclone? V. Vinoj* and D. Swain School of Earth, Ocean and Climate Sciences Indian Institute of Technology Bhubaneswar *Email: [email protected] The world witnessed one of the largest lockdowns in the history of mankind ever, spread over months in an attempt to contain the contact spreading of the novel coronavirus induced COVID-19. As billions around the world stood witness to the staggered lockdown measures, a storm brewed up in the urns of the rather hot Bay of Bengal (BoB) in the Indian Ocean realm. When Thailand proposed the name “Amphan” (pronounced as “Um-pun” meaning ‘the sky’), way back in 2004, little did they realize that it was the christening of the 1st super cyclone (Category-5 hurricane) of the century in this region and the strongest on the globe this year. At the peak, Amphan clocked wind speeds of 168 mph (Joint Typhoon Warning Center) with the pressure drop to 925 h.Pa. What started as a depression in the southeast BoB at 00 UTC on 16th May 2020 developed into a Super Cyclone in less than 48 hours and finally made landfall in the evening hours of 20th May 2020 through the Sundarbans between West Bengal and Bangladesh. Did the impact of the COVID-19 induced lockdown drive an otherwise typical pre-monsoon tropical depression into a super cyclone? Global Warming and Tropical Cyclones Tropical cyclones are primarily fueled by the heat released by the oceans. -
Stormy Start: on Handling Severe Cyclones
DAILY VOCAB DIGESTIVE (21st-JULY-2021) STORMY START: ON HANDLING SEVERE CYCLONES Accurate forecasts and resilience-building hold the key to handling severe cyclones Millions of people wearied by the onslaught of the coronavirus have had to contend with a furious tropical cyclone that has left a trail of death and destruction before making landfall in Gujarat. Cyclone Tauktae swelled into an extremely severe cyclonic storm, dumping enormous volumes of water all along the west coast, and caused loss of life in Kerala, Karnataka, Goa, Maharashtra and Gujarat, before weakening overland. To thousands who had to be evacuated to safe locations, this year’s pre- monsoon season presented a double jeopardy, caught as they were between a fast-spreading virus variant and an unrelenting storm. Many coastal residents would have felt a sense of déjà vu, having gone through a similar experience last year, when the severe cyclonic storm, Nisarga, barrelled landwards from the Arabian Sea, pounding Alibaug in Maharashtra as it came ashore. The cyclones in both years spared densely populated Mumbai. The twin crises have, however, strained the capacities of multiple States, especially the coastal ones, although the impact of the storm was considerably mitigated by disaster response forces. Once again, the value of creating a trained cadre, supported by the defence forces in rescue and relief work, is seen. The heralding of the 2021 monsoon season by a cyclone comes as another reminder that the subcontinent is at the confluence of more frequent, extreme weather events originating in the Bay of Bengal and the Arabian Sea every year. -
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