Summer of Discontent: Extreme Weather Events Kill – Modern Diplomacy


The common refrain in Florida seems to be one of living there for decades and never seeing anything like it.  Hurricane Ian hit the southwest of Florida with sustained winds of 150 mph.  Almost a category 5, this category 4 storm has reduced to rubble the exposed west coast town of Fort Myers.
Halfway across the world in Venice, Italy, a flood surge crested at over six feet on July 25 this summer.  It submerged 85 percent of the city.  The historic St. Mark’s square being one of the lowest areas in the city has been particularly vulnerable.   
And Pakistan where a third of the country has been inundated, flood waters have been now receding.  It takes a while.  In the hard hit southern province of Sindh, water levels are down by a third.  It means if the water was chest high in some places and knee high in most, then to the eye, there is still water everywhere.
The neighboring province of Balochistan is faring better and the OCHA, the UN Office for the Coordination of Humanitarian Affairs, has issued a report stating that most districts of Balochistan now have normal weather with lower temperatures and that water had receded or was receding in most areas.  It still leaves around 6 million people facing a crisis with a shortage of food or water.  The figure could grow another million by December as food stocks run out.  The loss of life is already orders of magnitude greater than Florida. 
The government and NGOs are providing help as best they can.  Cash aid plus food and water supplies and tents while they wait for waters to recede completely.  Clearly a colossal task lies ahead. 
Further west, in the Horn of Africa, Somalia is enduring the consequences of a severe drought.  Some 8 million people are facing extreme hunger and 213,000 are at risk of dying according to the UN.  After four failed rainy seasons, people have begun to leave home villages and migrate to urban areas to look for work to feed their families.  All this and an ongoing civil war to complicate matters.
Al Shabab is fighting the government and controls large parts of the south; it is also considered a terrorist organization by the US government.  Thus charities trying to distribute aid have to ensure it does not fall into al-Shabab hands.  As a reminder, a famine in al-Shabab territory eleven years ago killed 260,000, according to Kate Foster the British ambassador there.
This time two aid organizations, which talked to the BBC, report that while they have access to government controlled areas, they are unable to aid the 900,000 people (UN estimates) in areas under al-Shabab control. 
Given their simple lives, the people of Somalia or the people of Pakistan are minimal contributors to global warming but are among the worst sufferers of the consequences. 
Moreover, scientists believe that the increased frequency of extreme weather events like drought or very heavy rains are a result of global warming.  Something to think about for the more fortunate among the world’s peoples. 
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Dr. Arshad M. Khan is a former Professor based in the US. Educated at King’s College London, OSU and The University of Chicago, he has a multidisciplinary background that has frequently informed his research. Thus he headed the analysis of an innovation survey of Norway, and his work on SMEs published in major journals has been widely cited. He has for several decades also written for the press: These articles and occasional comments have appeared in print media such as The Dallas Morning News, Dawn (Pakistan), The Fort Worth Star Telegram, The Monitor, The Wall Street Journal and others. On the internet, he has written for, Asia Times, Common Dreams, Counterpunch, Countercurrents, Dissident Voice, Eurasia Review and Modern Diplomacy among many. His work has been quoted in the U.S. Congress and published in its Congressional Record.
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The destructive impacts of the climate crisis are being felt around the world. This year, unprecedented floods have left one-third of Pakistan underwater, people and animals are dying from climate-related droughts in East Africa, and China is experiencing the most severe heat wave ever recorded.
The United Nations Secretary-General has urged world leaders to invest as much in adaptation as they do in mitigation because without adaptation economies, food security, and global stability are under threat.
Ahead of the International Day for Disaster Risk Reduction on 13 October, we take a closer look at five key ways the world can better adapt to the climate crisis:
Research shows that just 24 hours warning of an oncoming heatwave or storm can reduce the subsequent damage by 30 per cent. Early warning systems that provide climate forecasts are one of the most cost-effective adaptation measures, yielding around nine dollars of total benefits for every dollar invested.
With timely warnings, people can take early action by blocking up doors with sandbags to anticipate floods, stockpiling resources, or in some extreme cases, evacuating from their homes.
In Bangladesh for example, even as climate change becomes more severe, the number of deaths from cyclones has fallen by 100-fold over the past 40 years, due mainly to improved early warnings.
But today, one-third of the global population is still not adequately covered by early warning systems. And while efforts have focused mainly on storms, floods and droughts, other hazards like heatwaves and wildfires will need to be better integrated as they become more common and intense.
Earlier this year, the UN Secretary-General tasked the World Meteorological Organization to lead the development of an action plan to ensure every person in the world is covered by early warnings within the next five years. The plan will be presented at the UN Climate Change Conference (COP 27) next month.
The UN Decade on Ecosystem Restoration launched by the UN Environment Programme (UNEP) and partners in 2021 triggered a global movement to restore the world’s ecosystems. This global restoration effort will not only absorb carbon but also increase ‘ecosystem services’ to defend the world from its most devastating impacts.
In cities, restoring urban forests cools the air and reduces heatwaves. On a normal sunny day, a single tree provides a cooling effect equivalent to two domestic air conditioners running for 24 hours.
On coasts, mangrove forests provide natural sea defences from storm surges by reducing the height and strength of the sea waves. Moreover, protecting mangroves is 1,000 times less expensive per kilometre than building seawalls.
In high altitudes, re-greening mountain slopes protects communities from climate-induced landslides and avalanches. For example, on Anjouan Island in Comoros deforestation for fuelwood was drying up the ground and turning forests into deserts. With support from UNEP, a project has set out to plant 1.4 million trees over four years to hold back erosion and retain water and nutrients in the soil.
UNEP is working with governments around the world to implement these nature-based solutions to the climate crisis – known as ecosystem-based adaptation. Some projects are taking place on a large scale. Such as in Lao PDR, where UNEP and partners are helping restore urban ecosystems in four major cities to reduce flooding for 700,000 people – roughly 10 per cent of the entire population.
And the Global EbA Fund, launched by UNEP and the International Union for the Conservation of Nature, is providing grants to innovative approaches that use nature to build climate resilience.
Climate-resilient infrastructure refers to assets and systems such as roads, bridges, and power lines that can withstand shocks from extreme climate impacts. Infrastructure is responsible for 88 per cent of the forecasted costs for adapting to climate change.
A World Bank report finds that climate-resilient infrastructure investments in low- and middle-income countries could produce roughly US$4.2 trillion in total benefits, – around US$4 for each dollar invested. The reasoning is simple. More resilient infrastructure assets pay for themselves as their life-cycle is extended and their services are more reliable. 
Tools for encouraging investments in climate-resilient infrastructure include regulatory standards like building codes, spatial planning frameworks such as vulnerability maps, and a strong communication drive to ensure the private sector is aware of climate risks, projections and uncertainties.
UNEP recently released guidelines showing how to construct buildings and green spaces to increase climate resilience. The guide breaks down the solutions according to the kinds of climate impacts that communities may face.
The story of climate change is, in many ways, a story about water, whether it is floods, droughts, rising sea levels, or even wildfires. By 2030, one-in-two people are expected to face severe water shortages.
Investing in more efficient irrigation will be crucial, as agriculture accounts for 70 per cent of all global freshwater withdrawals. In urban centres, roughly 100-120 billion cubic metres of water could be saved globally by 2030 by reducing leaks. Governments are being encouraged to develop holistic water management plans, known as Integrated Water Resource Management, that take into account the entire water cycle: from source to distribution, treatment, reuse and return to the environment.
Research shows that investments in rainwater harvesting systems need to be sustained to make them more widely available. UNEP is working with government partners to build over 1000 rainwater harvesting systems around the world and provide expert guidance on construction and usage, whether it is solar-powered wells, boreholes, micro-irrigation technologies, or water reuse systems.
In Bagamoyo town, Tanzania, for instance, rising sea levels and drought from declining rainfall were causing wells to dry up and become salty. With no other options, children from the local Kingani School had to drink salt water, leading to headaches, ulcers, and low school attendance. With support from UNEP, the government began constructing a rainwater harvesting system involving rooftop guttering and a series of large tanks for storing water. Diseases soon began to fall, and the children returned to school.  
Climate adaptation solutions are more effective if integrated into long-term strategies and policies. National Adaptation Plans are a crucial governance mechanism for countries to plan for the future and strategically prioritize adaptation needs.
A key part of these plans is to examine climate scenarios decades into the future and combine these with vulnerability assessments for different sectors. These can assist in planning and guiding government decisions on investment, regulatory and fiscal framework changes and raising public awareness.
Around 70 countries have developed a National Adaptation Plan, but this number is growing rapidly. UNEP is currently supporting 20 Member States in developing their plans, which can also be used to improve adaptation elements in Nationally Determined Contributions – a central part of the Paris Agreement.
As the world grapples with the triple planetary crisis of climate change, nature and biodiversity loss, and pollution and waste, there is a growing concern about the impact these crises have on mental health.
Recent studies from the United Nations Environment Programme (UNEP) and partners show that everything from a changing climate to noise, air and chemical pollution affects people’s mental well-being.
“A healthy environment is not only a key ingredient for human health and well-being, but also a foundation for One Health since the health of humans, animals, plants, and the wider environment and ecosystems are closely linked and inter-dependent,” says Cristina Zucca, who coordinates work on pollution, environment and health at UNEP. “This calls for action at the individual and policy levels to create a healthy environment that promotes mental health.”
Ahead of World Mental Health Day on 10 October, we take a deep dive into four key issues impacting mental health and how we can turn to nature and climate action for solutions.
Noise pollution
UNEP’s Frontiers 2022 report found that as cities grow,  prolonged exposure to high noise levels from roads, railways, airports, and industry is impairing people’s mental health by disrupting sleep.
Estimates suggest that in Europe, 22 million people suffer from chronic noise annoyance, and 6.5 million are affected by sleep disturbance. The elderly, pregnant women and shift workers are most at risk.
The study highlights natural ways to improve mental health and mitigate the adverse effects of noise pollution, such as planting vegetation in urban environments to absorb acoustic energy, diffuse noise and reduce street amplification.
Tree belts, shrubs, green walls and green roofs can have positive visual effects and help amplify natural sounds by attracting urban wildlife. Some sounds, particularly those from nature, bring health benefits as they can signal a safe environment which reduces anxiety.
Air pollution
Ninety-nine per cent of the global population breathes air that exceeds World Health Organization (WHO) guidelines, with an estimated seven million people dying prematurely due to air pollution.
According to WHO, air quality is among the many environmental, social and economic determinants of mental health. Research also shows that high levels of fine inhalable particles (PM 2.5) can also hinder cognitive development in children. UNICEF’s Danger in the Air report shows that exposure to high levels of air pollution could result in psychological and behavioural problems later in childhood, including attention deficit hyperactivity disorder (ADHD), anxiety and depression.
The BreatheLife action platform, a partnership of WHO, UNEP, the Climate and Clean Air Coalition (CCAC) and the World Bank, presents several localized solutions that governments can use to beat air pollution and create healthier cities and healthier citizens.
These focus on electric mobility, walking and cycling and other low-carbon options for countries and cities to reduce air pollution, mitigate climate change and create green spaces. The campaign also highlights the importance of tackling air pollution from industry, transport, waste management, households and agriculture and improving air quality management by adopting and meeting good air quality standards. While progress is being made, UNEP research shows that much remains to be done. Recognizing the importance of addressing air pollution, the UN General  Assembly has declared 7 September, the International Day of Clean Air for blue skies, as an opportunity to celebrate progress and generate momentum for global action.
Chemical pollution
Chemicals in the environment are a global health issue. While chemicals and waste are major contributors to world economies, their sound management is essential to avoid risks to human health and ecosystems and substantial costs to national economies.
Research shows that around one in three children has lead in their blood at levels that may be associated with decreased intelligence, behavioural difficulties and learning problems.
UNEP is working closely with its partners to develop mainstream solutions for the sound management of chemicals and waste. Last month, Member States, industry representatives, academia, NGOs, and youth groups agreed on a vision for the Strategic Approach and sound management of chemicals and waste beyond 2020 to help protect human and planetary health.
Climate change
A recent Intergovernmental Panel on Climate Change (IPCC) pointed to the expected rise in mental health impacts due to exposure to high temperatures, extreme weather events and climate-related economic and social losses, as well as anxiety and distress associated with concerns about the climate crisis.
WHO has confirmed this trend, noting that climate change is having stronger and longer-lasting impacts on people’s mental well-being. A recent report shows that depression, anxiety and stress-related conditions have been reported following extreme weather events.
The report calls for accelerated response to the climate crisis by governments, including efforts to address its impacts on mental health and psychosocial well-being.
South Asian region is excessively wide-open to climate change effects; comprising higher temperatures, sea-level rise, inconsistent rainfall, amplified occurrence and harshness of extreme weather incidents, increased overflow and glacial melting. It is anticipated as the nastiest impacted regions by climate change and global warming because of geophysical environment in addition to the socio economic and demographic backwardness of population. There are millions of people bearing the burden of these catastrophes due to reliance upon climate sensitive segments such as forestry, fishing and agriculture for their daily needs. Biodiversity, human health, food security, energy, water, agricultural output as well as coastal arrangements are going to imperil causing increased migrations ultimately escalating pressures over main towns (Hans, 2020).
With the help of mainstreaming climatic resistance in to community development policies and taking along confirmed worthy development practices in to resilience approach conveyance as well as through integrated aptitude towards it can easily help to accomplish uneven methods to advancement and combating negative outcomes of climate change. It is an urgent necessity for domestic, regional and global level to mitigate and take adaptive measures for facing the harsh veracity of climatic change. South Asian states “as one bloc” should make constructive negotiations via international organizations. To achieve this, further regional considerations, cooperation and mutual work is required.
This article attempts to assess the over-all condition of South Asian climatic change and role of national and international organizations in this regard. It also suggests the adaptation based actions and other recommendations to bring improvement. For this, it has been divided into three sections with the explanation below;
Section-I Climate Change in South Asia; Particular Records and Evidences
It is expected that South Asian region will experience 2-6 degree of Celsius increase in the temperature by the ending 21st century era (Rabindranath, 2002). Heating up of roughly 0.21 Degree-Celsius every ten years is anticipated for coming twenty years (Jayant, 2007).
Past and future climatic aspects and alterations in temperature are shown here. (Figure 01 and Figure 02)
(Figure-01) Current/Past Köppen Climate Classification map for South Asia (1980-2016)
(Figure-02) Predicted Köppen Climate Classification map for South Asia (2071-2100)
According to the experts, South Asia is already suffering the wrath of climate change. There are influences on economic enactments of the South Asian states mainly and the livelihoods of thousands of folks of this area are affected and even in the near future this situation will be worst. South Asian region is projected as the most awful affected global regions because of climate change, and this is due to various reasons: like geo-climatic surroundings, excessive dependence on agriculture, socio-economic and demographic credentials etc. (Nazrul Islam, 2014).
Yohe et al., (2008) reflects that biodiversity, coastal ecosystem, food, human health, water resources, land deprivation etc. are deliberated as extremely vulnerable for this region on basis of climatic-change. Cyclones, famine, overflows, storms etc. are in the lives of millions of South Asians. On the other hand, the severity and intensity of these incidents in the recent times are increasing badly which is very worrisome. Scientists discourse that because of inclusive climate-change, incidences like these, will increase in coming era and take along a lot of despair for lots of folks. In this region, forthcoming years in several parts mainly in Maldives, islands or coastal areas of India and Sri Lanka, Southern coastal localities of Bangladesh are totally unreliable. Evidences illustrate that rise of 1 meter in the sea-level may cause an economic cost of 1259 million dollars in India only and this is almost equal to 0.37% of the total GNP (Jayashree, 2007). Total GDP loss since 2010 to future projection till 2100 has been shown here (Figure-03). Besides this economic loss, another worst consequence will be the incursion of ‘environmental refugees’ (term proposed by Lester Brown in 1976) in the overburdened hubs of South Asia, that is going to jeopardize the environmental, commercial, as well as societal balance in this region.
(Figure-03) Total Economic cost (GDP Loss) of Climate Change, South Asia
South Asian region is susceptible to various climate change hazards which are linked with its geography, population, economic infrastructure etc. These are;
Glacial Melting: The peaks of Himalayas are sustenance for almost one and half billions of population, living in flood-plains of several rivers flowing from it. Around 10 percent rivers of Himalaya emanate by water-melting of snow peaks, and is very indispensable for endurance during dry spells (ADB, 2009). But due to growing temperatures, the Himalayas’ ice mass is waning more speedily than universal average, and it will badly impact the Basins. Water scarcity during summer-months, that denotes approximately 61% of the yearly current, can impact this zone at the crucial time while people want water for the purpose of cultivation or hydro-power in addition to others. The change in snow melting and snow covering patterns will be affecting river flow in coming term (ADB, 2009). As per the studies of International Centre for Integrated Mountain Development, at hand are possibly twenty unsafe glacial water bodies in Nepal as well as twenty-five in Bhutan, which pretense hazard of upsurge overflows towards remote populations (Ives et al., 2010).
Land Erosion: Increase in floods, storms, surges, rainfall, rise in the sea-level besides anthropological activities are reasons of deteriorating destruction in South Asian zone. Over-grazed rangelands, coastal lands and stripped highlands got pretentious specifically. 26.5 percent of coast-line is disposed to corrosion in India, by around 450 hectares of mass land lost on yearly basis. Coastline of Sri Lanka is also matter to substantial erosion in specific areas, whereas the mountain state is susceptible to the recurrent landslides. Mountain communities in India, Bhutan and Nepal, are facing landslides regularly (Hans, 2020). Economies, habitats, agriculture and narrowing livelihood prospects, especially of the country side underprivileged are getting damaged. In South Asia, shoreline besides foothill territory erosion is going to worsen in years ahead because of extreme weather events occurrence due to climatic change.   
Rising Sea-Level: Stretched plus comprehensively settled coastlines of the region are extremely in danger of sea-level increase. Only in state of Bangladesh the level of sea is anticipated to upsurge 46 cm by the year 2050, affecting 10 to 15 percent of land mass and assessed 35 million people (GOB, 2007).  It has been also projected that sea-level will grow by 15-39 cm by 2050 in India, placing major cities including Kolkata, Kochi as well as Mumbai at menace. A great fraction of Coastal line of Sri Lanka stays under 1-meter overhead of the sea level, which can get sunken due to high waves, alongside its transportation substructure. Average altitude of Maldives’ landmasses is 1.50 meters above the level of sea, therefore survival is in threat which could be triggered by large scale migrations, having ripple impacts across the borders. Rise in the sea level gives path to saline water incursion, which possess risk for supply of drinking water, agriculture and aquatic lives. Above hundred million hectares got affected in Bangladesh, and whole of Maldives got wedged via salt-water meddling because of rising of sea-levels. It also came under forecast that Thatta and Badin-two historical cities in Sindh, Pakistan will get swallowed by the sea till 2050 because the sea is encroaching eighty acres of land per day. Sea-level rise has been shown covering 21st century over here. (Figure-04)
(Figure-04) Anticipated sea level changes by the end of 21st Century for Three Emission Scenarios based on Geophysical Fluid Dynamics Laboratory Model Results
Floods: Major zones of India, Bangladesh, Sri Lanka and Nepal are inclined to recurring floods because of low elevation, heavy monsoon rains and blocked natural drainage. Melting of glaciers and rising of seas levels with maximum chance of storm surges and flooding caused by climatic change can put state of Bangladesh at specific risk, because of three large river systems’ convergence, side by side assembling the rainwater of an area twelve times larger than the country. In Bangladesh for nine months, floods could last. Abrupt monsoon rains trapped South Asian region improvised to deal with the floods, which affected almost thirty million people of India, Bangladesh and Nepal in 2007. Approximately 1.1 million homes and 11 million people got damaged and displaced during 2010 floods in Pakistan (Hans, 2020). Recent flood in 2022 has also caused a huge loss to Pakistani nation.
Cyclones: Cyclone Amphan, a strongest storm is one of the recent examples which slammed into India and Bangladesh in May, 2020. It ended up with 3 million evacuees and damaged around 2 million homes there. People of India, Bangladesh and Sri Lanka were displaced at large scale. Such stormy weathers are recurrent shift triggers. Back in year 2009, 2.3 million Indians and nearly 1 million of Bangladeshi people were displaced by Cyclone Aila (Kugelman, 2020).
Section-II National, Regional and Global level Climate Actions in South Asian
National Level Efforts: Laws and policies are made for mitigation and adaptation against climate change by governments across South Asia. In 2005, after Indian Ocean Tsunami had affected millions of people, Maldives had developed a plan to relocate their population towards higher grounds and now they plan to build new islands altogether. But issues like corruption, not enough funds and poor infrastructure are great hurdles in the enforcement of these policies. Currently national initiatives range from basic to proper proactive measures like plantation, constructing concrete houses at coastal areas etc. In India, action plan promotes energy efficiency, renewable energy, water management and sustainable agriculture. For reducing migration risks elevated from climate issues, Mahatma Gandhi National Rural Employment Guarantee Act (MGNREGA) guarantees to provide hundred days of paid-employment yearly to the wages manual worker. 10 billion US Dollars are given to 60 cities for developing infrastructure by Jawaharlal Nehru National Urban Renewal Mission, so that they can accommodate migrants from other parts. Moreover, the program Afat Vimo gives insurance for losses such as of earthquakes, cyclones, landslides or floods etc. In the meantime, there is a climate change policy in Pakistan for addressing migration due to climate severity, national food security policy for making agriculture productive and resilient to weather variations. Bangladesh is also initiating its plans under National Strategies on the Management of Disasters and Climate-Induced problems. Sustainable productions of fruits, forests as well as fish resources are being developed. The state is forerunner of this region due to putting efforts for integrating climate-change issue in to interagency structure of its government. Policies are made for establishing climatic change organization, governmental advisory body and planning commissions in every ministry.
States of this region emphasized sustainable farming progression and put efforts for reducing water-resources’ vulnerability besides aquatic threats for addressing adaptation community based approaches are integrated with institutional systemic mitigation and adaptation (MOE, 2011a, 2011b; MOEF, 2012a, 2012b; GOIRP, 2003; RGOB, n.d.; ROM, 2001; GON, 2011a; 2011b). Bangladesh set its objective to ensure food security from 2010 to 2015. Bhutan tried to promote adaptation in hydro power and agriculture sector by creating awareness and developing reliable capacity for facing climatic threats in future. India has enhanced infrastructure growth to ensure lesser impacts of weather disasters. Objective of Maldives’ government till 2020 was to assist adaptation in coastal settlement, tourism, health, water resources, food, agriculture, coral reef, fisheries as well as infrastructure development sectors. Nepal’s Action plan deals with food security related issues. Pakistan is aiming to guarantee foodstuff, water also energy-security for minimizing natural disasters’ impacts till 2030. Whereas Sri Lanka’s resilience to climate change programs focused on water resources, fisheries and agriculture segments during 2011-2016.
But despite of these policies and plans, actual implementation cannot be seen. Indian climate change action plan faced criticism due to lack of strategies for executing it. Institutions have failed to achieve their set agendas at a large scale. In Pakistan, situation is same as well. As their policy which aimed for an implementation frame work, actually did not implemented adaptation plans. Although capital has passed climate related laws but have not focused on enforcement. Provincial officials lacking technical or financial capacity faced challenges too. In addition to this negligence, Bangladesh even of it pioneer status, does not possess a national climate change policy and is facing many threats due to inefficient frame work.
Regional Level Efforts:  For combating environmental degradation concerns, regional cooperation got initiated during 1987 in 3rd South Asian Association for Regional Cooperation (SAARC) Conference. It was recognized there that natural disasters of this region are strongly linked with climatic change. For this purpose, “Regional Study on the Causes and Consequences of Natural Disasters and the Protection and Preservation of Environment-1991” as well as an additional reading over “Greenhouse Effect and its Impact on the Region-1992” was initiated. It recommended measures of sharing experiences, information and awareness regarding climate change, transferring technological skills etc. For revising those studies, in 1997 SAARC-Plan of Action for Environment got implemented. This made sure the formation of Regional-Centers of Excellence, like SAARC Meteorology Research Centre (SMRC) made in Dhaka-1995, SAARC Coastal Zone Management Centre (SCZMC) prepared in Male-2004, SAARC Disaster Management Centre (SDMC) built in New Delhi-2007 in addition to SAARC Forestry Center present in Bhutan lately. Centers provide reliable support to institutions for bringing the issues of climatic change or calamity risk-super vision in this region. SAARC also executed South Asia Disaster Knowledge Network from 2009 to 2012, financed by World Bank’s Global Facility for Disaster Reduction and Recovery. It shared information and awareness regarding risk minimization in region (Krampe & Swain, 2018).
As per SAARC, it is chief obligation of national governments to implement the Action Plan. Under regional cooperation, this Plan demands for effective mechanism which will cooperatively work with existing institutions according to the given guidelines and directions. Different Workshops like Science and Technology Solicitations in calamity menace Reduction Workshop-January, 2008-New Delhi as well as marine and coastal Risks in Goa-May 2008 highlighted the need of exchanging information and researches about climatic change adaptation among all the states in South Asia.
Climate Action Network-South Asia is also a civil society organization comprising more than 200 associations. It works to promote sustainable development and protects environment, by linking research, policies and work based on action for addressing adverse impacts of climatic disturbance. CANSA remain at forefront to represent Southern views at International Climate-negotiations.
Global Level Efforts: Various environmental conventions, agreements, treaties, legislations and protocols like the UN Conference on Human Environment-1972, Our Common Future-1987, the Earth Summit-1992, the Kyoto Protocol-1992, Johannesburg Summit-2002, Bali Conference-2007, Poznan Conference-2008, Hyogo Framework for Action-2005 to 2015, Paris Agreement-2015, Asia-Pacific climate change adaption information platform-2019 were joint efforts to combat environmental hazards and minimize impacts of climate change globally.
International Union for Conservation of Nature-1948, United Nations Environment Program-1972, Intergovernmental Panel on Climate Change-1988, Global Environment Facility-1991, Earth System Governance Project-2009, World Nature Organization-2010 are some of the international-level organizations working for protecting ecology and environment world-wide. These all are based on framework of resilience based policies, early warning systems, disaster threat lessening tools’ usage, techno-legal regime for development practices, susceptibility and hazard calculations, land-use preparation, and augmenting official and lawful volumes to be adopted by nations and communities to combat environmental degradation security challenge. Integration of information about disaster risk management and enforcement of that information for bridging the gap of dealing with risks during environmental alterations is stressed by such international-level actions. The United Nations Framework Convention on Climate Change (UNFCC), under Kyoto Protocol aims that developed countries will stabilize discharge of greenhouse-gases in addition they would be provided by solutions and tools for such maintenance via promoting Clean Development Mechanisms in the developing countries. Another major contribution of the Convention was Bali Action plan for enhancing adaptation in risk management domains.
Natural tragedies with the menacing influences over subsist and their means of support are increasing, which basically shifted the paradigm towards disaster-management of South Asian regions. This shift is to all-inclusive management of disasters reduction covering its entire phases from only one post disaster reprieve and reintegration. Disaster Risk Reduction (DRR) is the main focus comprising preparedness, prevention and mitigation measures. These programs are related to hydro-meteorological disasters like flood protection, alternative livelihood initiatives, droughts proofing, saline embankment or bio shields etc. are same like programs of climate change adaptation. Therefore, integration between both of these programs is necessary. It will augment developments by increasing relevancy with the contemporary challenges.
Even after such efforts, human population is facing severe security challenge of environmental degradation which is leading towards survival hardships. On the contrary of all action plans, there is no legal framework for climate induced displacement and even there is no consent based definition of environmental refugee. However, International Organization for Migration has made a framework product on dealing with migrations due to climate change after research has been done in Bangladesh, Sri Lanka and Nepal. Red Cross and World Bank have also offered scientific and technical assistance for catastrophe risk-management agendas in states here. Region’s Water-Initiative by World Bank gives analytical and technological help for forecasting floods in Ganges Basin. Climate adaptation and resilience for South Asia is another venture which provides funding for development. Bilateral donors, UK’s National Weather service and aid-agency also contributes in developing early-warning structures for climatic susceptible populations of the region.   
Section-III Solutions based on mitigating and adaptive methods to combat climatic change impacts
National, regional and international efforts are encouraging but these are not sufficient. There is much more the local and global community should do for helping reducing exposure of region to climate vulnerabilities. 
Here are some suggestions by which the severity of climate change impacts can be minimized:
1.Carbon emissions should be reduced and environmental friendly, sustainable technologies with less carbon-emission should be used. Due to emission of greenhouse gases via thermal plants, renewable energy sources are required to be used. All governments should make re-forestation their priority and ensure sustainable use of forests, natural resources and specially water.
2.More livelihood opportunities should be promoted in the non-agrarian domains. As it’s the major income source of a lot of South Asians and though a vulnerable segment. Therefore, farmers and other workers are susceptible to weather alterations. International organizations can donate for vocational trainings and skill enhancement programs for making millions of population able to work in other sectors like electronics, retails, telecommunications etc.
3.Provincial authorities should be empowered to tackle climate related disasters. In this region provincial governments lack requisite resources and expertise to combat impacts so they should be trained and funds should be provided to them. Decentralization is not enough when there is no implementation of policies at local or ground level. Analysts identified it very critical for the case of Pakistan, Nepal and Bangladesh (Parry et al., 2013, p. 33; Regmi & Bhandari, 2013; TAF, 2012). Sponsor trainings and awareness programs as well as check and balance by federal officials can solve this issue.
4.United States should assimilate climate change adaptation and mitigation assistance in to administration’s main Asia Policy and Indo-Pacific strategies. US officials consider South Asian region as fragment of Indo Pacific region therefore, aims for making strong ties with this region under the policy. Although cooperation based areas are less in number mainly based on counter-terrorism or maritime joint venture. US should allow its American Development Bank for investing in sectors like sustainable agriculture or disaster resilient structure for minimizing climate-change effects.
5.There is lack in financing and funding and this is a major reason for working on adaptation based measures against climate threats. Policies regarding it are hindering the situation as Pakistan can be taken as an example which primarily focused on external financing and not promoting internal one to deal such threats (GOP, 2012). There were bilateral donors helping like in 2009 almost eighteen donors assisted Nepal in climate change adaptation and same happened in Bangladesh, but implementing the plans into firm actions had been often seen here (CCNN, 2011; Alam et al., 2011). For overcoming these kinds of hurdles, internal as well as external parties should donate for the cause to protect whole region from adverse impacts of climatic severity.
6.Regional cooperation is a great need of this time to jointly combat the threats of climatic change. The region is rife with many tensions and strains among Pakistan and India, Afghanistan and Pakistan as well as India and other smaller neighboring states. Intra-regional trade is also less as compared to other regions and non-existence of commercial collaboration further deprives it from solidification and mutual path towards prosperity. In addition to this, the main regional body SAARC is somehow paralyzed in taking actions because of Pakistan-India stress full diplomatic relations. Diplomats from neutral states and other external actors should therefore initiate Track-II diplomacy and arrange multi-lateral forums for helping to build consent based joint plan, by which climate change threats can be addressed. Programs like Dhaka Declaration on Climate Change and SAARC Food Security Reserve should be implemented which had languished for years. These can promote regional cooperation and capacity building as well as can reserve food grains for communities exposed to climate threats during disasters.
7.Furthermore, governments, NGOs and other civil organizations of the region should play their role by disseminating mass awareness regarding climatic change, making people encourage to go for diverse means of livelihoods and different patterns of consumption with the help of media, education or social movements, make them motivated for applying adaptation and mitigation based strategies to combat climatic change impacts.
South Asian climate related security-risks demand for governments to step up and international communities to support the cause and save the region. Now is the time to better understand future climate anticipations’ implication for ongoing expositions. Though the efforts of integrating stakeholders and diverse structures of institutes in climatic change scenario are being made and many international level treaties, agreements or mega projects are planned but outcome is despondent. There is a lot more to be done. Responsibility lies on major powers-global policemen to compensate developing states by initiating development grants, projects implementations and infrastructure betterment.
COVID-19 crisis is a lesson and window of opportunity for all to re-form national and international politics according to the liberal stand point of cooperation. In climate change context, optimistic attitude is very much needed as radical change is always possible. Re-alignment of traditionalists with re-invention of liberal sustainable development plan as well as constructing innovative ideas, discourses and identities will definitely enable International relations for research in coming many decades of national and international level politics.
This research article confirms that paradigm shift is compulsory for confronting non-traditional security threats like climate change. Focusing environment as a referent object is way too necessary now for ensuring over all security and stability of this region as well as whole world. Globalized world and trans-national boundaries ask for more cooperative relations not only to promote trade or production but to fight mutually against every threat. Therefore, beside states, international community has to play its part for combating the contrary influences of climate variation. Individual level awareness and efforts are significant as well. In the beginning, it is only one step which takes all to mutual destiny, so making aware a lay man, who is more vulnerable to climatic hazards means a lot to the over-all contribution of adaptation and mitigation on climate-change in this region of South Asia.
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