Pakistan's Vulnerable Cities Climate Woes

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Table of Contents Preface ............................................................................................................................................ 1 Expert Review ................................................................................................................................. 3 Executive Summary ......................................................................................................................... 4 Hafizabad: Climate Impacts, Mitigation Strategies ......................................................................... 9 Hunza: Glaciers Melting, Future Threatened ................................................................................ 13 Karachi's Climate Crisis: Impacts and Actions ............................................................................... 16 Islamabad: Towards a Climate-Resilient Future ............................................................................ 20 Nowshera: Climate Vulnerability and Action ................................................................................ 24 Hangu's Climate Crisis: Challenges and Pathways ........................................................................ 27 Peshawar's Climate Crisis: Challenges and Solutions ................................................................... 30 Lahore's Climate Urgency: Challenges and Solutions ................................................................... 33 Shahdadpur Climate Change Review and Suggestions ................................................................. 36 Hunza Aliabad’s Climate Journey: Challenges and Adaptation ..................................................... 39 Abbottabad Climate Change: Impacts and Actions ...................................................................... 42 Kharian, A City Confronting Climate Change ................................................................................ 45 Islamabad: Climate Impacts and Adaptation Imperatives ............................................................ 48 Islamabad: Climate Challenges, Adaptation, and Future .............................................................. 52 Climate Resilient Agriculture for Shehr Sultan .............................................................................. 55 Charsadda Climate Crisis: Impacts, Actions, Future ..................................................................... 58 Baltistan Climate Crisis: Impacts and Responses .......................................................................... 61 Jhang Climate Action: Challenges and Way Forward .................................................................... 64 Nagar Valley: Climate Change Impacts and Response .................................................................. 67 North Waziristan: Climate Change Impacts and Actions .............................................................. 70 Skardu Climate Change Impacts and Responses .......................................................................... 73 Climate Change in Dihrkot: Impacts & Adaptation ....................................................................... 76 Narowal: Adapting to Climate Change Impacts ............................................................................ 78 Lahore's Climate Change: Impacts and Actions ............................................................................ 81 Chakwal Climate Impacts and Resilience ...................................................................................... 84 Swat's Climate Crisis: Challenges and Solutions ........................................................................... 87 Peshawar's Climate Urgency: Challenges and Solutions ............................................................... 89 KRK: Facing Climate Change Impacts ............................................................................................ 92 Mohmand's Climate Crisis: Challenges and Solutions .................................................................. 95 Lasbela's Climate Change: Urgent Action Needed ........................................................................ 98 Zhob Climate Change: Impacts and Pathways ............................................................................ 100 About Climate Action Skills ......................................................................................................... 103 White Papers on Climate Change of 27 Cities and Towns Climate Action Skills 1 Preface This comprehensive compendium brings together a gist of a series of 31 insightful white papers on climate change, each focused on the specific challenges and potential solutions for various 27 towns and cities across Pakistan. What distinguishes these analyses is their origin: they are the result of dedicated work undertaken by the participants of our 60-Hour Online Training on Climate Activism. This intensive training program was conducted free of cost by Climate Action Skills, an online climate change academy committed to empowering youth to combat the urgent crisis of climate change. Our academy firmly believes in the crucial role that informed and engaged young people play in shaping a sustainable future. This training was designed to equip the next generation of climate leaders with the knowledge and skills necessary to understand, analyze, and propose effective responses to the climate challenges facing their local communities. The authors of the white papers contained within this compendium are all graduates and post-graduates, aged between 22 and 30. Number of marks obtained out of total marks is mentioned against each author’s name. Their diverse academic backgrounds and shared passion for environmental stewardship have culminated in these detailed assessments. Each paper represents a significant effort to understand the unique climate vulnerabilities of their chosen city or town, to identify the key challenges hindering effective action, and to propose context-specific adaptation and mitigation strategies. Through their research and analysis, these young scholars have delved into a range of critical issues, from the impacts of rising temperatures and erratic rainfall to the threats posed by glacial melt and sea-level rise. They have explored the challenges arising from rapid urbanization, inadequate infrastructure, and the complexities of governance and public awareness. Moreover, they have put forward thoughtful and actionable recommendations spanning sustainable agriculture, renewable energy adoption, industrial reforms, afforestation, and public engagement. White Papers on Climate Change of 27 Cities and Towns Climate Action Skills 2 This compendium stands as a testament to the dedication and intellectual capacity of these young individuals. Their contributions provide valuable local insights that are essential for formulating effective national and regional climate strategies. We hope that this collection will serve as a vital resource for policymakers, researchers, community leaders, and anyone committed to building a climate-resilient Pakistan. The energy and commitment of these young authors offer a beacon of hope in the face of a global challenge, demonstrating the power of education and youth empowerment in driving meaningful change. Mujtaba Baig Editor of this Report & Founder, Climate Action Skills [email protected] White Papers on Climate Change of 27 Cities and Towns Climate Action Skills 3 Expert Review It has been my privilege to review the white papers addressing climate change across Pakistan. I commend the authors for their dedication and the use of data and real-world examples to highlight these critical issues. The focus on adaptation strategies and local contexts is particularly valuable. However, several areas for improvement have emerged. Firstly, more quantitative data, especially regarding adaptation capacities, emissions, economic impacts, and future projections, would enhance the precision of the analyses. Secondly, detailed, sector-specific emissions breakdowns are needed for targeted mitigation strategies. Thirdly, a deeper exploration of economic dimensions, including financial constraints, would add valuable depth. Furthermore, clearer implementation strategies for policy recommendations are necessary. More comprehensive future climate projections would provide a clearer picture of potential impacts. A more thorough consideration of biodiversity and ecological impacts would strengthen the analyses. Expanding explanations and incorporating more data would enhance clarity and completeness. In regions with elevated terrain, a deeper exploration of water resource management is warranted. Finally, a more profound inquiry into barriers to public understanding and engagement would be beneficial. While the papers demonstrate a strong grasp of the challenges, addressing these areas will refine the analyses and amplify their effectiveness. Authors’ dedication to this vital work is acknowledged, and these perspectives are offered constructively. Neehar Rasool Reviewer of White Papers & Environmentalist White Papers on Climate Change of 27 Cities and Towns Climate Action Skills 4 Executive Summary Climate Change Impacts and Responses Across Pakistan This compendium presents the most vital information of a collection of 31 white papers detailing the multifaceted impacts of climate change on various towns and cities across Pakistan. Prepared by participants under the "60-Hour Online Training on Climate Activism" conducted by Climate Action Skills, these briefs highlight the specific climate issues, challenges, adaptation and mitigation measures, and suggestions relevant to each region. This summary provides an overview of the key findings and recurring themes identified in these local assessments, underscoring the widespread vulnerability and the urgent need for comprehensive climate action across the nation. Observed Climate Change Impacts Across Pakistan A consistent observation across the white papers is the increasing trend in average temperatures, with many regions reporting a rise over the past few decades and projections of further increases by 2050. This warming trend is exacerbating heatwaves, leading to health issues and impacting agricultural productivity. Furthermore, rainfall patterns have become increasingly erratic, characterized by periods of intense rainfall causing urban and riverine flooding often due to inadequate drainage infrastructure, interspersed with prolonged dry spells and droughts leading to water scarcity, particularly impacting agriculture. Coastal cities like Karachi face the additional threat of sea-level rise, increasing flood risks and degrading agricultural land. In mountainous regions such as Hunza and Baltistan, faster melting of glaciers is affecting water supply and escalating the risk of glacial lake outburst floods (GLOFs). Changes in precipitation are also leading to increased landslides and soil erosion in vulnerable areas. White Papers on Climate Change of 27 Cities and Towns Climate Action Skills 5 5 most common impacts of climate change on 27 cities and towns in Pakistan Rank Climate Change Impact Number of Cities/Towns Affected 1 Increasing average temperatures and heatwaves 26 2 Erratic rainfall and urban flooding 21 3 Water scarcity and droughts 18 4 Impacts on agriculture (reduced crop yields) 17 5 Increased risk of Glacial Lake Outburst Floods (GLOFs) 4 Key Challenges in Addressing Climate Change The papers collectively highlight several common challenges hindering effective climate action across Pakistan. Rapid urbanization and population growth place immense pressure on infrastructure and natural resources, exacerbating climate vulnerabilities. Inadequate infrastructure, particularly drainage systems and water management facilities, is a recurring issue, leading to increased flooding and water scarcity. Financial constraints and limited budget allocations often restrict the implementation of large-scale adaptation and mitigation projects. Low public awareness about climate risks and the importance of adaptation measures is another significant barrier to community engagement and effective action. Weak governance, policy implementation gaps, and insufficient interdepartmental coordination also impede comprehensive climate adaptation efforts. Socioeconomic factors like poverty and economic inequality increase vulnerability and limit access to resources for adaptation. Adaptation Strategies Being Implemented Despite the challenges, various regions across Pakistan are undertaking adaptation measures to build resilience. Sustainable agriculture practices are being promoted, including precision farming, organic farming, agroforestry, and the cultivation of drought-resistant White Papers on Climate Change of 27 Cities and Towns Climate Action Skills 12 regulations can reduce the environmental impact of industries. • Promote Renewable Energy Investments: Providing incentives for solar and wind energy projects can reduce reliance on fossil fuels. • Enhance Water Management Practices: Implementing rainwater harvesting and drip irrigation can address water scarcity and improve agricultural productivity. • Support Research and Development: Investing in research to find innovative solutions for climate change mitigation and adaptation. • Foster Public-Private Partnerships: Encouraging collaboration between government and private sectors to implement climate initiatives effectively • Monitor and Evaluate Progress Establishing a framework to track progress towards climate goals and ensure accountability. By implementing these measures and fostering a collective effort among all stakeholders, District Hafizabad can strive towards a more sustainable and climateresilient future. ------------------ About the author: Muhammad Irfan, MPhil Gender Studies, drives community engagement in Punjab's PULSE Project. From Jhang, with experience in Hafizabad, he excels in gender advocacy and governance. Passionate about social change, he champions climate action alongside gender equality, fostering stakeholder collaboration for impactful solutions. White Papers on Climate Change of 27 Cities and Towns Climate Action Skills 13 Hunza: Glaciers Melting, Future Threatened Safia Kulsoom (Marks obtained: 135/Out of: 150) Hunza, a geographically significant and ecologically rich valley in Pakistan's GilgitBaltistan area, faces serious threats from climate warming, impacting its agriculture and water availability. This White Paper (WP) focuses on the climate change issues, challenges, adaptation, and mitigation measures along with suggestions for addressing these pressing concerns. Key impacts 1) It highlights several key impacts of climate change in Hunza. Rising temperatures, with an increase of 1.5°C since 1980 and a projected rise of 2.5°C by 2050, are causing faster melting of glaciers, affecting water supply and escalating the risk of glacial lake outburst floods (GLOFs). Changes in precipitation patterns are leading to more intense rainfall, resulting in frequent landslides and floods, while reduced snowfall negatively impacts glaciers, the primary source of water for agriculture and domestic use. The increased frequency of extreme weather events, particularly GLOFs, damages infrastructure and farmland. The agricultural sector is significantly affected, with wheat production falling by 20% due to changing weather and shorter growing seasons, threatening food security. Furthermore, increased dust and pollution are contributing to a rise in respiratory diseases, and rising temperatures may lead to more heat-related health issues. Major Challenges Hunza faces several challenges exacerbated by climate change. The region's heavy dependence on natural resources and seasonal conditions makes its economy vulnerable. Glacier melting reduces water availability crucial for agriculture and daily life. Deforestation and overgrazing contribute to soil erosion, reducing soil fertility and increasing landslide risks. Climate change also threatens the tourism sector, a significant contributor to the local economy, White Papers on Climate Change of 27 Cities and Towns Climate Action Skills 14 through extreme weather events like GLOFs that can damage infrastructure. The existing energy crisis, with reliance on hydropower leading to winter shortages, is compounded by climate-related uncertainties in water flow. Adaptation Measures Despite these challenges, Hunza has undertaken several adaptation measures. An early warning system for GLOFs has been implemented to detect and alert communities. Reforestation programs are ongoing to combat deforestation and enhance carbon sequestration. Pilot projects are testing climate-resilient crops to support sustainable agriculture. Plans are in place to pursue renewable energy expansion through solar and hydropower projects to reduce reliance on fossil fuels. These strategies aim to build resilience against climate risks, ensure food security, and promote environmental sustainability. Mitigation Steps In terms of mitigation, the White Paper identifies key sources of greenhouse gas emissions in Hunza. The transportation sector is the largest contributor (40%) due to the increasing use of fossil fuel-powered vehicles and limited public transport options. Agriculture accounts for 25% of emissions, primarily from livestock (methane) and traditional farming practices. Waste management (15%) contributes through methane emissions from open landfills. Smaller industries and energy production, often relying on inefficient fuel combustion and diesel generators, contribute 10% each. To mitigate these emissions, the WP suggests a shift towards renewable energy, sustainable agricultural practices, improved waste management (recycling and composting), and promoting public transport and electric vehicles. Solutions and Recommendations The WP provides several solutions and recommendations involving various stakeholders. Political leadership should develop a climate action plan, strengthen disaster risk management, and incentivize green initiatives. Government authorities need to invest in renewable energy, improve transportation infrastructure to minimize emissions, and enforce environmental White Papers on Climate Change of 27 Cities and Towns Climate Action Skills 15 regulations. Civil society and the media should launch awareness campaigns on sustainable practices and promote ecotourism and community-led conservation. Businesses are encouraged to support sustainable agriculture, minimize plastic waste, and adopt corporate social responsibility focused on environmental sustainability. Finally, citizens should participate in conservation programs, reduce energy and water consumption, recycle, and avoid single-use plastics. An expanded climate action plan with specific timeframes includes large-scale reforestation, solar energy deployment, and disaster resilience training. Conclusion In conclusion, Hunza is significantly impacted by climate change, facing challenges related to water scarcity, natural disasters, and economic vulnerabilities. While communitydriven adaptation strategies are underway, long-term climate resilience requires collaborative efforts from all stakeholders. Implementing a well-structured climate action plan, focusing on renewable energy, disaster preparedness, sustainable agriculture, and improved waste management, is crucial for mitigating the negative impacts of climate change and ensuring a sustainable future for the region. Strong political leadership, policy reforms, and active community engagement will be vital for this transformation, allowing Hunza to balance economic growth with environmental protection. ------------- About the author: Safia Kulsum, from Hunza, holds a BSc in Environmental Sciences. A climate leader, she's Provincial Youth Leader at YLCC Pakistan and a Global Green Forum Ambassador. Experienced with GLOF projects at the Ministry of Climate Change and ICIMOD, she focuses on community resilience and environmental advocacy. Rising temperatures, with an increase of 1.5°C since 1980 and a projected rise of 2.5°C by 2050, are causing faster melting of glaciers, affecting water supply and escalating the risk of glacial lake outburst floods (GLOFs). White Papers on Climate Change of 27 Cities and Towns Climate Action Skills 16 Karachi's Climate Crisis: Impacts and Actions Yasir Hussain Abbasi (Marks obtained: 134/Out of:150) Karachi, Pakistan's largest and most populous city, faces significant climate change issues and challenges that demand urgent attention and comprehensive action. Rising temperatures, erratic rainfall, and coastal threats are increasingly impacting the city and its inhabitants. Climate Change Impacts • Rising Temperatures and Heatwaves: Karachi has experienced a steady increase in temperature trends between 1989 and 2024, contributing to severe climate-related challenges. The devastating 2015 heatwave, with temperatures soaring above 40°C (104°F), resulted in over 1,300 deaths, highlighting the intensification due to the urban heat island effect from rapid urbanization and limited green spaces. Forecasts suggest continued temperature rises, posing greater risks to coastal communities. • Heavy Rains and Urban Flooding: Record-breaking monsoon rainfall in July and August 2022 submerged large parts of Karachi, disrupting daily life due to poor drainage and outdated infrastructure. The unprecedented flooding in August 2020, during two spells, caused extensive damage and socio-economic disruption, exacerbated by inadequate drainage. Meteorological analysis revealed pronounced convective instability and cyclonic circulations as contributing factors to these extreme rainfall events. • Sea Level Rise (SLR): As a coastal city, Karachi is vulnerable to SLR driven by The devastating 2015 heatwave, with temperatures soaring above 40°C (104°F), resulted in over 1,300 deaths in Karachi, highlighting the intensification due to the urban heat island effect from rapid urbanization and limited green spaces. White Papers on Climate Change of 27 Cities and Towns Climate Action Skills 17 anthropogenic global warming. The Indus Delta, near Karachi, faces heightened flood risks, degradation of agricultural land, and displacement due to SLR. Projections indicate continued SLR with potentially dramatic elevations by 2100. • Impacts on Human Health: Climate change alters precipitation and temperature patterns, impacting water quality and public health in Karachi. Increased rainfall and flooding transport contaminants into water sources, while poor drainage and untreated wastewater further degrade water quality. Rising temperatures accelerate microbial growth, increasing the risk of waterborne diseases like cholera, typhoid, and hepatitis A. Studies show that pH, TDS, fluoride, chloride, HCO3, sodium, and hardness levels in Karachi's water sources exceed safe limits, with contamination often being humaninduced due to improper waste disposal. • Impacts on Ecosystems: Rising sea temperatures have led to coral bleaching, affecting marine biodiversity. Sea-level rise contributes to coastal erosion and habitat loss, threatening ecosystems. Pollution from untreated wastewater in urban water bodies like Chinna Creek and Boat Basin degrades natural flora and fauna, posing risks to marine life. Mangrove forests, vital for coastal protection, have been impacted by land reclamation, although rehabilitation efforts are underway. Challenges • Rapid urbanization strains the city's infrastructure and resources. • Poor urban planning and inadequate drainage systems exacerbate flooding. • Severe air, water, and plastic pollution damage the environment and public health. • Governance inefficiencies hinder comprehensive climate adaptation efforts. • Economic inequality limits access to resources and widens the gap between social classes, increasing vulnerability. • Frequent power shortages affect industries and daily life. White Papers on Climate Change of 27 Cities and Towns Climate Action Skills 18 Adaptation Measures • Upgrading drainage systems is a key focus to mitigate urban flooding. • Heatwave preparedness has improved with cooling shelters and early warning systems. • Afforestation efforts aim to counter the urban heat island effect and increase green cover. • Mangrove restoration acts as a natural barrier against storm surges and coastal erosion. • Advocacy for stricter zoning laws and sustainable urban planning is increasing. • Public awareness campaigns emphasize climate resilience. Mitigation Measures and Suggestions • Implement strong green rules and regulations with clear goals to cut pollution and promote green transportation. • Invest in renewable energy and better disaster plans. • Improve drainage, build more parks, and ensure buildings can handle extreme weather. • Encourage solar power and expand public transport. • Fix the city's trash problem and implement stronger emission control measures. • Community groups should spread awareness, organize tree plantings, and work with universities for local solutions. • Businesses need to adopt eco-friendly methods and invest in sustainable development. • Increase urban green cover by 20% within five years and implement cool pavements and reflective roofs. • Reduce water losses by 15% and increase rainwater harvesting by 25%. • Upgrade drainage to handle 100-year floods and expand mangrove cover by 10%. • Increase renewable energy to 20% and reduce private vehicle use by 15%. White Papers on Climate Change of 27 Cities and Towns Climate Action Skills 19 • Conduct annual climate awareness campaigns reaching 50% of the population. • Establish monitoring systems for tracking progress and strengthen collaboration among government and stakeholders. • Secure financial resources for project implementation and ensure solutions benefit all communities. Conclusion Karachi's climate challenges are critical and require immediate and decisive action. A multi-pronged approach involving strong leadership, good governance, active community involvement, responsible businesses, and international collaboration is essential to build a sustainable and climateresilient future for the city. Without proactive and sustainable measures, Karachi faces worsening environmental conditions, public health crises, and infrastructure breakdowns. ------------------ About the author: Yasir Hussain Abbasi is M.Phil Environmental Science student at SMIU, focusing on sustainability and climate change. He has been FAO livestock emergency responder in Sindh, aiding flood-hit areas and associate at Laar Humanitarian Development Program, coordinating flood relief in Qamber Shahdadkot. Passionate about ecological conservation and humanitarian impact. White Papers on Climate Change of 27 Cities and Towns Climate Action Skills 20 Islamabad: Towards a Climate-Resilient Future Tawseef Khan (Marks obtained: 134/Out of: 150) Islamabad, despite its initial design as a green city, is facing increasing vulnerability to the impacts of climate change. This White Paper highlights the key climate change issues affecting the capital, the challenges in addressing them, existing and potential adaptation and mitigation measures, and offers suggestions for a more resilient future. Climate Change Issues Islamabad is experiencing several significant climate change issues: • Rising Temperatures and Heatwaves: The average temperature has increased by approximately 1.5°C in the last two decades, leading to more frequent and intense heatwaves, exacerbated by the urban heat island effect. In mid-2024, temperatures soared above 45°C. • Erratic Rainfall and Urban Flooding: Changing climate patterns have resulted in unpredictable monsoon seasons with increased rainfall intensity, overwhelming the existing stormwater drainage system and causing frequent flash floods. In 2023, the city received 35% more rainfall than average. • Deforestation and Loss of Green Cover: Rapid urbanization has led to a loss of nearly 10% of tree cover between 2000 and 2023, contributing to rising carbon emissions, decreased air quality, and increased soil erosion. Wildfires have also contributed to forest loss, with over 300 acres lost in the past year alone. • Declining Air Quality and Pollution: Air quality is worsening, with the AQI frequently exceeding unhealthy levels, especially in winter. Vehicular emissions, industrial activity, and Rapid urbanization has led to a loss of nearly 10% of tree cover between 2000 and 2023 in Islamabad, contributing to rising carbon emissions, decreased air quality, and increased soil erosion. Wildfires have also contributed to forest loss, with over 300 acres lost in the past year alone. White Papers on Climate Change of 27 Cities and Towns Climate Action Skills 21 construction dust are major contributors. The increasing number of vehicles, estimated at over 1 million in 2024, further exacerbates the problem. Challenges Addressing these climate change issues presents several challenges for Islamabad: • Rapid Urbanization and Population Growth: As one of the fastest-growing urban centers, with a projected population of 1.3 million by 2025, the increasing demand for housing and infrastructure puts immense pressure on natural resources and green spaces. • Inadequate Infrastructure: Existing infrastructure, particularly the stormwater drainage system, is often insufficient to cope with extreme weather events. • High Dependence on Private Vehicles: Limited public transport options led to high vehicle ownership and increased carbon emissions. • Growing Energy Demand: Increasing population and commercial activity have surged energy demand, with a significant reliance on fossil fuels. • Limited Integrated Planning: The lack of an integrated water management plan contributes to periodic water shortages. Similarly, waste management remains a significant issue. • Financial and Political Constraints: Limited budget allocations and inconsistent government policies can hinder the implementation of largescale adaptation projects. • Low Public Awareness: Many residents lack sufficient awareness of climate risks and the importance of adaptation measures. Adaptation and Mitigation Measures Islamabad has initiated several adaptation measures: • Urban Greening Initiatives: Extensive tree plantation drives have aimed to White Papers on Climate Change of 27 Cities and Towns Climate Action Skills 28 initiatives led by the District Youth Organization, and a shift towards solar power in some communities. However, significant adaptation gaps remain. There is a lack of large-scale water management infrastructure, limited access for farmers to drought-resistant crops and modern irrigation techniques, and insufficient awareness of climate adaptation strategies among residents. Financial constraints further hinder the adoption of necessary measures by small-scale farmers and low-income households. Mitigation Steps in Hangu Mitigation efforts in Hangu are nascent but crucial. While not a major industrial center, Hangu contributes to greenhouse gas emissions through energy consumption (reliance on biomass and fossil fuels), transportation (rising use of inefficient vehicles), agriculture and livestock (methane emissions, chemical fertilizers), and waste management (open burning). The paper emphasizes the potential of nature-based solutions for climate resilience. These include reforestation and agroforestry for carbon sequestration and improved soil moisture, sustainable water management through wetland restoration and rainwater harvesting, soil conservation and regenerative agriculture to improve soil health, and the development of urban green spaces and climate-resilient infrastructure. Major Challenges Addressing climate change in Hangu faces several challenges. These include financial constraints due to limited government funding, a lack of policy implementation at the district level despite national policies, and limited coordination among different government departments. The high poverty rate and low literacy levels further complicate efforts to implement sustainable practices and raise awareness. Recommendations The white paper provides several recommendations to enhance climate White Papers on Climate Change of 27 Cities and Towns Climate Action Skills 29 resilience in Hangu. These include developing a district-level climate action plan, improving climate-resilient infrastructure, promoting renewable energy, engaging civil society and local communities through awareness campaigns and disaster preparedness initiatives, encouraging private sector investment in green businesses and microfinance for farmers, leveraging the role of media for public awareness, and fostering citizen engagement in sustainable lifestyles and community-led projects. The way forward emphasizes prioritizing sustainable water management, investing in climate-resilient farming, strengthening disaster preparedness, expanding community engagement, encouraging green business initiatives, and developing and enforcing a district-level climate action plan with support from provincial and national governments. Conclusion In conclusion, District Hangu is grappling with significant climate change impacts that threaten its agricultural economy, water security, infrastructure, and public health. While some adaptation measures are underway, substantial gaps and challenges related to funding, policy implementation, coordination, and awareness need to be addressed. Embracing nature-based solutions, fostering multi-stakeholder collaboration, and implementing comprehensive adaptation and mitigation strategies are crucial for building a sustainable and climate-resilient future for Hangu. -------------- About the author: Shazia Ihsan, from Hangu, champions sustainability. With an M.Sc in Environmental Sciences, she excels in climate activism. She launched an awareness campaign, engaged youth in eco-projects, and advocates for policy change. She's establishing Eco Vision Hub, mentoring future environmental leaders. White Papers on Climate Change of 27 Cities and Towns Climate Action Skills 30 Peshawar's Climate Crisis: Challenges and Solutions Maria Noor (Marks obtained: 133/Out of: 150) Peshawar, a historically significant city in Khyber Pakhtunkhwa, Pakistan, faces escalating climate change issues and environmental challenges stemming from rapid urbanization and industrial growth. This White Paper will focus on the climate change problems and the adaptation and mitigation measures currently in place or proposed. Population rise due to urbanization Peshawar is grappling with significant environmental vulnerabilities, primarily driven by rapid urbanization. The city has experienced a substantial increase in population density, reaching approximately 4.3 million with about 3,135.6 people per square kilometer in 2023, and is projected to exceed 6 million by 2030 due to urbanization. This growth has led to the misuse of natural resources, insufficient infrastructure, increased vehicle emissions, and heightened pollution, exacerbating climate problems. Specifically, urban land coverage expanded significantly between 1990 and 2020, often replacing fertile agricultural land. Climate Change Impacts in Peshawar The impacts of climate change are already evident in Peshawar. Rising temperatures and more frequent heatwaves have been observed. Changes in rainfall patterns include heavier monsoon rains and dry season droughts, leading to urban flooding due to poor drainage infrastructure. Furthermore, urbanization and pollution are causing biodiversity loss and agricultural disruptions due to erratic rainfall and higher temperatures, affecting crop yields. These environmental changes are significantly impacting human health. Air pollution contributes to a substantial burden of disease and economic loss. Cases of respiratory diseases like Chronic Obstructive Pulmonary There is limited evidence of effective flood management implementation despite policy approval. While sustainable water management is emphasized in policy, specific actionable strategies are lacking. Similarly, despite acknowledging climate-related health risks, documented implementation measures to address heatrelated illnesses and vector-borne diseases are insufficient. White Papers on Climate Change of 27 Cities and Towns Climate Action Skills 31 Disease (COPD) and asthma have increased. Children and the elderly are particularly vulnerable to air pollution. Rising temperatures and erratic rainfall have also led to an increase in heat-related illnesses and vector-borne diseases like dengue and malaria. Adaptation Measures Despite these challenges, Peshawar has initiated some adaptation measures. These include reforestation efforts and water conservation programs. The Climate Change Centre at the University of Agriculture, Peshawar promotes climate education and research, focusing on adaptation strategies for local farmers. Climate Risk and Vulnerability Assessments (CRVAs) have been conducted to inform infrastructure planning. Additionally, the UNDP has organized training programs on developing Climate Change Adaptation Action Plans for government officials and community members. Adaptation Gaps However, adaptation gaps remain. There is limited evidence of effective flood management implementation despite policy approval. While sustainable water management is emphasized in policy, specific actionable strategies are lacking. Similarly, despite acknowledging climate-related health risks, documented implementation measures to address heat-related illnesses and vectorborne diseases are insufficient. Cause of Climate Inaction Several factors contribute to reasons for inaction. These include financial constraints in securing international climate finance, a lack of comprehensive political will to integrate climate change into broader planning, deficiencies in public awareness hindering community engagement, planning challenges in adequately incorporating climate resilience, and potential equity concerns in adaptation efforts as the needs of vulnerable populations are not detailed in policy. White Papers on Climate Change of 27 Cities and Towns Climate Action Skills 32 GHG Emissions in Peshawar Major greenhouse gas (GHG) emission sources in Peshawar include industries (brick kilns, marble, steel) releasing particulate matter and gaseous pollutants. Traditional brick kilns emit CO₂, methane, and black carbon. Unregulated vehicle emissions contribute CO, NOₓ, and PM2.5. Agricultural practices like crop residue burning release CO₂, methane, and nitrous oxide. Unmanaged solid waste burning leads to methane and other hazardous pollutants. Household biomass burning emits CO, methane, and PM2.5. Finally, construction and road dust are significant sources of PM10 and PM2.5. Solutions and Recommendations The WP proposes several solutions and recommendations within a Climate Action Plan. These include targets for reducing carbon emissions and increasing green spaces. Actions involve expanding public transport, urban greenery, and sustainable infrastructure. Urban green infrastructure is proposed with a goal of planting 500,000 trees by 2026. Flood management strategies focus on upgrading drainage systems. Water conservation involves reducing wastage through various methods. Air quality control aims to reduce PM 2.5 levels through monitoring and stricter emission standards. Renewable energy adoption, targeting 20% electricity generation by 2030, is also recommended. Finally, public health adaptation focuses on reducing climaterelated diseases through campaigns and improved healthcare infrastructure. Conclusion In conclusion, Peshawar faces serious climate and environmental challenges exacerbated by rapid urbanization and inadequate governance. Addressing these issues requires immediate and integrated action involving the government, private sector, and local communities. This includes stricter environmental regulations, sustainable urban planning, investment in green infrastructure, and enhanced climate adaptation strategies. --------- About the author: Maria Noor, from Peshawar, holds a BSc in Environmental Sciences. With WWF experience, she champions conservation. Noor aims to drive environmental sustainability and climate action through impactful research and policy contributions. White Papers on Climate Change of 27 Cities and Towns Climate Action Skills 33 Lahore's Climate Urgency: Challenges and Solutions Muhammad Arish Saleem (Marks obtained: 131/Out of:150) This white paper meticulously outlines the pressing climate change issues confronting Lahore, Pakistan's second-largest city. It highlights the significant greenhouse gas emissions, particularly carbon dioxide, stemming from rapid urbanization, industrial activities, and increasing vehicular traffic. The paper emphasizes that Lahore's rising average temperature and altered rainfall patterns have already triggered climate-related events like frequent floods and prolonged smog seasons, underscoring the city's extreme vulnerability to climate change. A breakdown of emission sources Several critical challenges hinder effective climate action in Lahore. The transport sector emerges as the biggest contributor to air pollution, accounting for 83% of emissions, followed by industry (9%), agriculture (3.9%), and open waste burning (3.6%). The surge in registered vehicles, especially two-stroke engines, exacerbates the problem. Despite national and provincial climate change policies, the paper points out challenges in implementation due to limited resources, inadequate infrastructure, and insufficient inter-departmental coordination. Furthermore, limited public awareness about climate change remains a concern. Lahore also lacks a comprehensive real-time air quality monitoring system, impeding effective pollution management. The economic analysis reveals a decline in ecosystem service value due to urban expansion, impacting waste treatment, biodiversity, soil conservation, and climate regulation. Policy vs Practice The paper discusses both short-term and long-term adaptation strategies. Short-term measures include masks, traffic restrictions, and limitations on outdoor activities during smog events. Long-term solutions emphasize a shift towards electric vehicles, expansion Lahore also lacks a comprehensive real-time air quality monitoring system, impeding effective pollution management. The economic analysis reveals a decline in ecosystem service value due to urban expansion, impacting waste treatment, biodiversity, soil conservation, and climate regulation. White Papers on Climate Change of 27 Cities and Towns Climate Action Skills 34 of public transportation, afforestation, and sustainable industrial practices. The increasing adoption of renewable energy sources like solar power in Pakistan is highlighted as a key adaptation tactic for meeting rising energy demands while reducing greenhouse gas emissions. For mitigation, the white paper suggests a multifaceted approach: • Enhancing Public Transportation: Investing in and expanding efficient systems like the Bus Rapid Transit (BRT) to reduce reliance on private vehicles. BRT systems are noted for their effectiveness in decreasing emissions, especially in developing countries. • Promoting Renewable Energy: Encouraging the adoption of solar power to lessen dependence on fossil fuels, acknowledging Pakistan's recent progress in solar installations. • Implementing Industrial Emission Controls: Enforcing stricter regulations on industries, including phasing out conventional brick kilns and promoting cleaner technologies. • Regulating Agricultural Practices: Providing alternatives to crop residue burning, such as subsidized machinery for residue management. • Enhancing Green Spaces: Developing urban green belts, parks, and rooftop gardens to absorb pollutants and cool the city, recognizing the crucial role of green spaces in mitigating the urban heat island effect and improving air quality. Public perception of plantation development and increased renewable energy usage is generally favorable. White Papers on Climate Change of 27 Cities and Towns Climate Action Skills 35 • Strengthening Policy and Enforcement: Establishing dedicated bodies for continuous monitoring and implementation of anti-pollution measures, emphasizing collaborative efforts with neighboring regions to address transboundary pollution. Stricter standards for automobile pollution are also recommended. In conclusion, the white paper underscores the urgency for coordinated action involving government, businesses, civil society, and individuals to build a climate-resilient Lahore. Prioritizing sustainable urban planning, expanding public transport, adopting renewable energy, enforcing stricter emission controls, and enhancing green spaces are crucial steps. ------------- About the author: Driven by new climate change insights, Arish Saleem, M Phil, aims to apply this knowledge for positive impact. He wants to focus on practical application and raising awareness. This enriching experience of Climate Action Skill’s training fuels his commitment to addressing climate issues through informed action. He pledges to contributing to a sustainable future. White Papers on Climate Change of 27 Cities and Towns Climate Action Skills 36 Shahdadpur Climate Change Review and Suggestions Kiran Shahbaz (Marks obtained: 131/Out of: 150) Shahdadpur, an important urban center in Pakistan's Sindh province, faces significant threats from climate change, impacting its environment, economy, and the livelihoods of its approximately 525,164 residents. This white paper comprehensively examines the demographic, environmental, and economic aspects of Shahdadpur, highlighting climaterelated challenges, existing adaptation measures, mitigation strategies, and offering valuable suggestions for a more resilient future. Rising Temperatures, Harsh Heat The paper identifies several critical climate change issues affecting Shahdadpur. The city has experienced rising temperatures, with an average increase of 1.2°C over the last 50 years and projections of a further 2-3°C rise by 2050, leading to increasingly frequent and intense heatwaves. Erratic rainfall patterns, including increased heavy rainfall events causing flash floods and extended dry spells leading to droughts, disrupt agricultural operations. While inland, Shahdadpur is susceptible to indirect impacts of sea-level rise in low-lying Sindh areas, potentially causing saltwater intrusion into groundwater and harming agricultural productivity. The frequency of extreme weather events like dust storms and intense monsoon rains has also increased, damaging infrastructure and reducing crop production. These changes have direct impacts on human health, increasing heatrelated illnesses and the spread of vector-borne diseases like dengue and malaria. Ecosystems are also under threat, with altered rainfall and higher temperatures damaging plant and animal life and reducing agricultural output due to poor soil quality and water scarcity. Multiple Climate-Related Risks Shahdadpur faces numerous challenges in addressing climate change. Major climaterelated risks include rising temperatures, water shortages affecting irrigation and Power generation, relying on fossil fuels from regional plants, is a significant contributor to CO2 emissions. Local industries, including textile mills and brick kilns, emit GHGs through fuel consumption and inefficient production. White Papers on Climate Change of 27 Cities and Towns Climate Action Skills 37 drinking supplies, and unpredictable flooding and droughts. The city's vulnerability is exacerbated by limited infrastructure to cope with extreme weather, inadequate access to climate-resilient agricultural techniques and water conservation methods, and a lack of comprehensive urban planning to address climate vulnerabilities. Financial constraints limit the implementation of largescale adaptation projects, while political will and governance challenges slow down climate action. Furthermore, a lack of awareness and education on climate change adaptation strategies among local communities hinders effective action. Equity concerns also prevail, with vulnerable populations lacking access to adaptation resources. Initial Adaptation Efforts Despite these challenges, Shahdadpur has initiated some adaptation measures. These include improved drainage infrastructure and embankments for flood management, afforestation and green initiatives to combat heatwaves and improve air quality, the introduction of water-efficient irrigation techniques for agriculture, public awareness campaigns on climate resilience, and the adoption of solar energy by some households and businesses. However, significant adaptation gaps remain, including a lack of designated cooling centers and emergency heatwave response strategies, limited promotion of climate-resilient crops, vulnerable infrastructure, absence of strong air pollution control regulations, and no largescale rainwater harvesting or groundwater recharge projects. Fossil Fuel Power Regarding mitigation, the paper identifies key greenhouse gas (GHG) emission sources in Shahdadpur. Power generation, relying on fossil fuels from regional plants, is a significant contributor to CO2 emissions. Local industries, including textile mills and brick kilns, emit GHGs through fuel consumption and inefficient production. The transportation sector, dominated by diesel White Papers on Climate Change of 27 Cities and Towns Climate Action Skills 44 is to reduce GHG emissions by 20% by 2030 through renewable energy adoption and improved waste management, with the first phase of the Climate Action Plan to be completed by 2025. Conclusion In conclusion, Abbottabad is facing significant climate change impacts that demand immediate and comprehensive action. While some adaptation measures are in place, substantial gaps and challenges remain. A concerted effort involving political will, government action, community engagement, and individual responsibility is crucial to mitigate GHG emissions, enhance resilience, and safeguard the future of this vulnerable region. -------------- About the author: Muhammad Asif Khan, Abbottabad, leads climate action via Nature News Network (46K+). Forestry and Wildlife expert, he champions conservation, youth empowerment, and climate education. He's driven afforestation, trained hundreds in leadership, and spearheads awareness campaigns, fostering community-led environmental sustainability. White Papers on Climate Change of 27 Cities and Towns Climate Action Skills 45 Kharian, A City Confronting Climate Change Sabeen Ejaz (Marks obtained: 129/Out of: 150) This white paper provides a comprehensive overview of the critical issue of climate change and its impacts specifically on Kharian, a city in Punjab, Pakistan. The paper meticulously outlines the current climate situation, identifies the primary sources of greenhouse gas (GHG) emissions, and proposes practical solutions for mitigation and adaptation, emphasizing the crucial roles of various stakeholders. It serves as a roadmap for Kharian to become a more climateconscious and resilient city through measurable and time-bound goals. Kharian's Climate Shifts The paper highlights several significant climate change issues already affecting Kharian. Rising temperatures, particularly in the summer, with averages frequently exceeding 40°C, and the increasing frequency and intensity of heatwaves are observed and projected. Changes in precipitation patterns have led to more unpredictable rainfall, with extended dry spells followed by intense rainstorms, increasing the risk of floods during the monsoon season and water shortages in drier periods. Consequently, extreme weather events like heat waves, torrential rains, and sporadic flooding have become more frequent and severe. These changes have direct impacts on human health, with a rise in heatrelated illnesses and the spread of waterborne and vector-borne diseases like malaria and dengue. Furthermore, ecosystems are being affected, leading to changes in biodiversity and disrupting agriculture, a cornerstone of Kharian's economy, with decreased yields in key crops like rice and wheat due to erratic rainfall and high heat. Quantifiable impacts over the past 50 years include a 2-3°C increase in average summer temperatures, increased annual rainfall variability, a 10-15% decrease in Quantifiable impacts of climate change on Kharian over the past 50 years include a 2-3°C increase in average summer temperatures, increased annual rainfall variability, a 10-15% decrease in wheat production over the last decade, and a over 20% rise in heat-related health problems in recent years. White Papers on Climate Change of 27 Cities and Towns Climate Action Skills 46 wheat production over the last decade, and a over 20% rise in heat-related health problems in recent years. Water, Will, Equity Despite these pressing issues, Kharian has begun implementing some existing adaptation measures. These include water conservation initiatives promoting efficient irrigation and rainwater harvesting, agricultural diversification encouraging climate-resilient crops and techniques, and improvements in health infrastructure with emergency services for heatstroke and public awareness programs for disease prevention. However, the paper identifies significant adaptation gaps, such as unregulated groundwater exploitation and the absence of a systematic water management plan. Several reasons for inaction are noted, including financial constraints, low political will, a lack of public awareness, dispersed and ununified planning challenges, and equity concerns regarding access to adaptation resources for vulnerable populations. Transportation's CO₂ Load The white paper clearly identifies the major greenhouse gas (GHG) emission sources in Kharian. Transportation, with an estimated 1,200 daily vehicles, is a primary contributor, releasing approximately 172.4 metric tons of CO₂ monthly. Agriculture, particularly through fertilizer use and rice cultivation, contributes significantly, estimated at 49,537 metric tons of CO₂ equivalent monthly. Solid waste disposal, from the 75–105 metric tons of daily waste, adds to the emissions with 450 to 630 metric tons of CO₂ equivalent monthly from landfills and incineration. Leadership, Policy, Action To address these challenges, the paper proposes several solutions and recommendations that require coordinated action from various stakeholders. Political leadership is urged to create and implement a comprehensive climate action plan with prioritized sectors and allocated funding. Government departments need to enforce climate-related regulations, conduct White Papers on Climate Change of 27 Cities and Towns Climate Action Skills 47 environmental evaluations, and incentivize sustainable practices. Civil society should promote renewable energy, sustainable agriculture, and waste reduction through community outreach and public education. The media plays a vital role in raising public awareness about climate change and encouraging sustainable living. Citizens are called upon to adopt sustainable practices, support eco-friendly businesses, and participate in local environmental initiatives. The paper also sets measurable targets, including a 20% reduction in GHG emissions within five years, a 30% reduction in landfill waste by 2026, and the adoption of at least 50% sustainable farming practices by 2027. Conclusion In conclusion, this white paper effectively highlights the urgency of climate action in Kharian, emphasizing the significant environmental challenges arising from its key sectors. It provides a clear understanding of the impacts, identifies the major emission sources, and offers concrete, actionable solutions involving all levels of society. The paper underscores the importance of collective action and clear responsibilities in building a climate-resilient and environmentally sustainable future for Kharian. ------------- About the author: Sabeen Ejaz, a dedicated Social & SDG Impact Leader, holds a BS in Environmental Sciences. A Movers Facilitator and LCOY Pakistan 2024 delegate, she champions SDG 4, focusing on quality education. Driven by a passion for community impact, Sabeen strives for meaningful, sustainable change. White Papers on Climate Change of 27 Cities and Towns Climate Action Skills 48 Islamabad: Climate Impacts and Adaptation Imperatives Nimra Dawood (Marks obtained: 127/Out of: 150) This paper focuses on the climate change issues, challenges, adaptation strategies, and mitigation efforts to deal with climate change in the capital city. Islamabad, situated in the Pothohar Plateau with the Margalla Hills as its backdrop, faces a multitude of climate change impacts that are increasingly affecting its ecological and urban environment. Escalating Climate Impacts The white paper highlights several significant climate change impacts in Islamabad. The city has experienced an average temperature increase of 3°C between 1961 and 1990, with the mean temperature rising from 22°C in 2013 to 25°C by January 2025. Projections indicate a further temperature increase of 0.7°C by 2039 and 2.2°C by 2069. This rise contributes to heatwaves, which have become more frequent and intense, leading to health issues like heatstroke and decreased productivity. Furthermore, the Urban Heat Island (UHI) effect is growing, with an annual increase in Surface UHI Impact. Changing precipitation patterns are evident, characterized by increased variability, leading to both urban flooding (as seen in the 2021 cloudburst in sector E-11) and prolonged dry spells. These erratic patterns exacerbate water scarcity, as Islamabad's dams (Rawal, Khanpur, and Simply) face a growing shortfall, and groundwater levels are declining rapidly due to over-extraction. The consumption of contaminated water, often due to industrial and hospital effluents, is widespread, leading to a rise in waterborne diseases. Air pollution, exacerbated by smog in winter, is contributing to increased The largest source of GHG emissions in Islamabad is the transportation sector, with 1.5 million registered vehicles. The energy sector also contributes significantly, with Pakistan's overall energy mix having an emission factor of 834 g CO₂/kWh. Agricultural emissions are relatively low due to limited practices. However, solid waste emissions are substantial, ranging from 249,700 to 535,250 tons CO₂-eq per year, due to a lack of landfill gas capture and proper waste segregation. White Papers on Climate Change of 27 Cities and Towns Climate Action Skills 49 respiratory, skin, and ENT diseases. Finally, biodiversity is declining due to urbanization, pollution, and climate disruptions, threatening local flora and fauna, including endangered species, and increasing instances of wildfires in the Margalla Hills National Park. Implementation Gaps and Policy Deficiencies The white paper identifies several significant challenges in addressing climate change in Islamabad. A major issue is the implementation gap in existing strategies, along with ineffective coordination between different agencies and a lack of long-term planning. Despite the evident rise in temperatures, an effective counterstrategy is missing, and enforcement of green building and urban planning regulations is lacking. Regulations on rain harvesting exist but are not enforced, and groundwater regulations are absent despite the alarming decline in the water table. The city also lacks adequate early warning flood and drainage systems. Ironically, green areas continue to be converted into residential schemes, with little focus on greenery for low-income areas. Existing water dams lack proper cleaning and pollution control, and proper waste management and desalination systems are absent, leading to pollution of water sources. Furthermore, proactive management of wildfires and invasive species in MHNP has been inadequate. Low budgetary allocation for climate adaptation compared to traditional urban development and infrastructure is a key barrier. Improper enforcement and loopholes in existing laws and policies hinder progress. Frequent government changes cause program fluctuations, and conflicts between agencies over jurisdiction and responsibility create further obstacles. Low public awareness and engagement regarding water scarcity risks also contribute to the challenges. White Papers on Climate Change of 27 Cities and Towns Climate Action Skills 50 Adaptive Strategies and Regulatory Efforts Islamabad has initiated several adaptive strategies. Regulatory frameworks include the revision of the Islamabad Master Plan (2018) aimed at addressing urban planning and green spaces. The CDA's By-Laws and Regulations (2023) promote sustainable infrastructure with energy-efficient designs and water harvesting. A plastic bag ban (2019) was enforced to reduce waste. Efforts towards Islamabad Air Quality Management include increased checks on emissions. The Wetland Initiative (2020) aims at water decontamination. Green infrastructure initiatives include urban forestry and biodiversity efforts like Miyawaki forests and tree plantation drives. Water conservation and management strategies involve encouraging rain harvesting, installing recharge wells, and planning new dams. Sustainable transport planning includes the metro bus service and the development of cyclist lanes. For climate resilience and disaster risk management, heatwave response centers have been established, and Islamabad benefits from the presence of NDMA. Public awareness and capacity building are being promoted through university programs and green school initiatives. Key Sources of Greenhouse Gas Emissions The largest source of GHG emissions in Islamabad is the transportation sector, with 1.5 million registered vehicles. The energy sector also contributes significantly, with Pakistan's overall energy mix having an emission factor of 834 g CO₂/kWh. Agricultural emissions are relatively low due to limited practices. However, solid waste emissions are substantial, ranging from 249,700 to 535,250 tons CO₂-eq per year, due to a lack of landfill gas capture and proper waste segregation. Low budgetary allocation for climate adaptation compared to traditional urban development and infrastructure is a key barrier. Improper enforcement and loopholes in existing laws and policies hinder progress. Frequent government changes cause program fluctuations, and conflicts between agencies over jurisdiction and responsibility create further obstacles. White Papers on Climate Change of 27 Cities and Towns Climate Action Skills 51 Proposed Adaptation and Mitigation Solutions The white paper proposes several adaptation solutions. For air quality, it suggests creating low-emission zones, increasing electric metro buses, and mandating annual emission testing. A strategic plantation drive focusing on native species and community monitoring is recommended to enhance urban forestry. To address the UHI effect, the paper suggests mandating heat-reflective infrastructure like cool roofs and heat-resistant asphalts. For flooding and storm management, the installation of flood sensors and permeable pavements is proposed. Margalla Hills protection measures include creating animal movement corridors and strict restrictions on illegal construction and tourism. A smart water initiative is suggested, involving groundwater extraction regulations, recharge wells, rain harvesting, and greywater treatment plants. Conclusion This paper highlights that Islamabad faces significant and interconnected climate change impacts, demanding urgent and wellcoordinated adaptation and mitigation efforts as outlined in the white paper. Addressing the identified challenges and implementing the proposed solutions are crucial for building a climate-resilient and sustainable future for the city. ----------- About the author: Nimra Dawood, NUST development studies student, blends research with action. Specializing in gender inequality, climate justice, and social mobility, her work bridges research, policy, and practice. With a background in International Relations, she aims to create tangible community improvements through critical research. White Papers on Climate Change of 27 Cities and Towns Climate Action Skills 52 Islamabad: Climate Challenges, Adaptation, and Future Fatima Ashraf (Marks obtained: 125/Out of: 150) This white paper provides a comprehensive analysis of climate change impacts, challenges, adaptation strategies, and mitigation measures for Pakistan's capital city. It highlights Islamabad's demographic, economic, and environmental landscape to contextualize the growing threats posed by a changing climate. The paper underscores the urgency for sustainable solutions to protect the city's environment, public health, and overall quality of life. Climate Change Impacts in Islamabad The white paper meticulously details the climate change impacts already affecting Islamabad. These include a significant rise in average temperatures by 1.5°C since 1980, leading to more frequent and intense heatwaves. Changes in precipitation patterns, characterized by more intense monsoon rains causing urban flooding and increasing droughts affecting water availability, are also evident. Furthermore, the city is experiencing more frequent extreme weather events such as dust storms, windstorms, and cloudbursts, resulting in property damage and loss of life. These climatic shifts have direct consequences on human health, with a rise in vector-borne diseases like dengue due to increased humidity and a surge in heatrelated illnesses among vulnerable populations. The city's ecosystems are also under threat, with biodiversity loss in the Margalla Hills and declining air quality contributing to respiratory diseases. Greenhouse Gas Emission Sources A critical aspect of the white paper is its analysis of Greenhouse Gas (GHG) emissions in Islamabad, identifying key contributing sectors. The energy sector is the largest contributor (45%), heavily reliant on natural White Papers on Climate Change of 27 Cities and Towns Climate Action Skills 53 gas and diesel power plants. The transport sector accounts for 30% of emissions due to increased vehicle usage and rapid motorization. Industry and construction contribute 15% through energy-intensive activities. Finally, solid waste management is responsible for 10% of emissions due to open dumping and landfill methane. Evaluation of Current Adaptation Strategies and Gaps The paper evaluates existing adaptation strategies in Islamabad, such as the "Ten Billion Tree Tsunami" initiative, expansion of public transport including electric buses, and upgrades to flood management systems. However, it also identifies significant adaptation gaps, including insufficient local climate policies and limited investment in renewable energy despite its potential. Barriers to adaptation include funding constraints and a public awareness deficit regarding sustainable practices and green technologies. Solutions and Recommendations for Climate Resilience To address these challenges, the white paper offers several solutions and recommendations. It emphasizes government actions such as implementing a Local Climate Action Plan (LCAP) and strengthening regulations for sustainable urban planning. Renewable energy promotion through the expansion of solar and wind projects and offering incentives for green technology adoption is strongly recommended. The paper also advocates for sustainable transport by introducing electric public transport and expanding cycling and pedestrian infrastructure. Community engagement through awareness campaigns on energy conservation and waste recycling initiatives is deemed crucial. The corporate and private sector are encouraged to adopt green building practices and conduct carbon footprint audits. Finally, the paper stresses the importance of managing health risks through better urban planning, improved healthcare preparedness, and public awareness. White Papers on Climate Change of 27 Cities and Towns Climate Action Skills 60 Conclusion In summary, the white paper effectively diagnoses the climate change situation in Charsadda, highlighting its vulnerabilities and the impacts already being felt across various sectors. It identifies key challenges hindering effective action and provides a comprehensive set of recommendations involving all levels of society to promote both adaptation and mitigation strategies. The emphasis on multistakeholder engagement and context-specific solutions is crucial for building climate resilience in the district. --------- About the author: Akif Ullah, CRAF researcher, blends psychology and climate action. He drives policy, empowerment, and community resilience through research and advocacy. His expertise spans climate change, gender, and public health, aiming to bridge research with actionable, sustainable solutions for vulnerable communities. White Papers on Climate Change of 27 Cities and Towns Climate Action Skills 61 Baltistan Climate Crisis: Impacts and Responses Syed Arif (Marks obtained: 124/Out of: 150) This white paper, focusing on climate change in Skardu Baltistan, provides a comprehensive overview of the region's susceptibility to environmental shifts, the ensuing challenges, local adaptation strategies, and potential mitigation avenues. It highlights that Gilgit Baltistan, where Skardu is located, is highly vulnerable to climate change impacts in South Asia. Climate Change Issues in Baltistan The paper details several significant climate change issues affecting Skardu Baltistan. Rising temperatures are a major concern, with climate stations showing an alarming increase in average temperatures from the 1980s to 2006. This warming trend contributes to glacier melting, leading to the formation of dangerous glacial lakes and increasing the risk of glacial lake outburst floods (GLOFs), which pose a severe threat to settlements, infrastructure, and agricultural land. Changes in snowfall patterns, with a significant decrease in snowfall over the past three decades, are also evident. These changes, along with intense heat waves, are leading to more frequent extreme weather events such as blizzards, snowstorms, and heat waves. The paper also notes the impacts on human health, including stress and sickness arising from altered weather conditions, and the degradation of ecosystems, evidenced by the declining population of the Markhor. The agricultural sector is particularly affected by these changes, with reduced crop yields due to lack of rainfall and altered glacial melt patterns, impacting the local economy that heavily relies on agriculture and tourism. Challenges Addressing climate change in Skardu Baltistan presents numerous challenges. The region's economy is largely dependent on seasonal tourism, livestock, and small-scale agriculture, all of which are highly sensitive to climate variations. The increasing migration Rising temperatures are a major concern, with climate stations showing an alarming increase in average temperatures from the 1980s to 2006. This warming trend contributes to glacier melting, leading to the formation of dangerous glacial lakes and increasing the risk of glacial lake outburst floods (GLOFs), which pose a severe threat to settlements, infrastructure, and agricultural land. White Papers on Climate Change of 27 Cities and Towns Climate Action Skills 62 from rural to urban areas due to degraded rural livelihoods strains the poor infrastructure and limited resources in cities like Skardu. High youth unemployment and reduced government subsidies exacerbate poverty levels, making communities more vulnerable to climate shocks. Furthermore, while climate change is a significant issue, governments in struggling nations may prioritize economic development and other exigencies, potentially overlooking the urgency of climate action. A lack of awareness and understanding of the local consequences of global climate change also hinders the implementation of effective adaptation measures. Adaptation The white paper explores existing adaptation measures, including traditional knowledge like the Kalasha people's "Suri Jagek" for weather forecasting. Communities are also adopting new farming methods and technologies to cope with water shortages. Community-based adaptation models are recognized for their potential to enhance local resilience. However, the paper identifies adaptation gaps, emphasizing the need to integrate contemporary scientific knowledge with indigenous knowledge for effective climate action. There is a lack of comprehensive research on the specific impacts of climate change and glacier melting on local subsistence patterns in Northern Pakistan. Mitigation Measure Regarding mitigation, the paper highlights that wood burning for heating and cooking is a major contributor to greenhouse gas emissions in Baltistan, especially during winter. The use of animal dung as a heat source is identified as a primary source of methane. Increased transportation due to growing tourism is also contributing to air pollution. Solid waste disposal in urban areas, due to a lack of technology and management, leads to further environmental degradation. Notably, industrial emissions are considered negligible due to the absence of significant industrial activity. White Papers on Climate Change of 27 Cities and Towns Climate Action Skills 63 Suggestions/Recommendations The white paper offers several recommendations to address climate change in Skardu Baltistan. It emphasizes the crucial role of political leadership in developing and implementing comprehensive climate action plans and allocating necessary resources. Government departments, along with NGOs and international organizations, should provide support and assistance to communities affected by climate change, such as providing flood-resistant seeds and aid for rebuilding after disasters. Civil society and citizens should engage in community-level initiatives like afforestation and establishing training institutions. Raising climate change awareness through education and information dissemination is also vital to ensure people understand the problem and can implement appropriate adaptation measures. Conclusion This paper effectively outlines the severe impacts of climate change on Skardu Baltistan, highlighting the vulnerability of its communities and ecosystems. While local adaptation strategies exist, significant challenges remain in addressing the multifaceted consequences of rising temperatures, glacial melt, and altered weather patterns. The recommendations emphasize the need for coordinated efforts from political leaders, government bodies, civil society, and informed citizens to build resilience and mitigate further environmental damage in this strategically important and ecologically sensitive region. --------------- About the author: Syed Arif is B.S in Environmental Sciences and has been associated with the global NGO WWF Pakistan. He's driven to create change. With WWF Pakistan and Ice Stupa Project experience, he aims to establish GB as a climate-resilient community. White Papers on Climate Change of 27 Cities and Towns Climate Action Skills 64 Jhang Climate Action: Challenges and Way Forward Muhammad Amir (Marks obtained: 123/Out of: 150) This white paper provides an insightful overview of climate change in Jhang District, Pakistan, highlighting its impacts, existing adaptations, major greenhouse gas emission sources, and offering recommendations for future action. Jhang, characterized by its extreme climate, is already experiencing significant repercussions of a changing climate. Climate Change Issues and Challenges The district faces soaring temperatures, particularly in May and June, often reaching 45 degrees Celsius, with increasing frequency and intensity of heatwaves that pose serious health risks. Changes in precipitation patterns are also evident, with more frequent and intense rainfall events leading to flood risks, alongside prolonged droughts that disrupt agriculture and threaten food security. The variability in rainfall exacerbates water scarcity and affects crop yields. Jhang has also witnessed an increase in dust storms and severe winds during the summer, causing damage to infrastructure and agriculture, and these extreme weather events are projected to become more frequent and severe. Furthermore, rising temperatures and increased humidity create favorable conditions for the spread of infectious diseases, posing threats to human health, especially for vulnerable populations. Local ecosystems and agricultural practices are under threat, leading to shifts in crop viability and economic instability for farmers. Adaptation Strategies Jhang District demonstrates a dynamic response to these challenges through various adaptation measures. In the agricultural sector, farmers are diversifying crops and adopting efficient irrigation techniques like drip and sprinkler systems to address water scarcity. Economically, there's a shift towards small-scale industries, and microfinance initiatives are empowering local The district faces soaring temperatures, particularly in May and June, often reaching 45 degrees Celsius, with increasing frequency and intensity of heatwaves that pose serious health risks. White Papers on Climate Change of 27 Cities and Towns Climate Action Skills 65 entrepreneurs and farmers. Socially, efforts in education, health, and women's empowerment are gaining traction. Environmentally, afforestation efforts and community-based flood management programs are being implemented. Technological advancements, including enhanced mobile and internet connectivity and the adoption of agricultural technology, are also playing a crucial role. Culturally, the promotion of local festivals and media fosters community engagement. Major Greenhouse Gas Emission Sources The white paper identifies several major contributors to greenhouse gas (GHG) emissions in Jhang City. Power generation, predominantly reliant on coal-fired and natural gas power plants, is a significant source of emissions. Various industrial sectors, including manufacturing and construction, also contribute substantially through fossil fuel combustion and industrial waste gases. The transportation sector, primarily road transport using diesel and petrol, is another major emitter. Agriculture contributes through methane emissions from livestock and nitrous oxide from fertilized soils, as well as agricultural waste management practices. Finally, solid waste disposal in landfills and through incineration releases methane and CO2. Solutions and Recommendations To effectively address climate change in Jhang City, the white paper proposes concrete solutions with defined roles for various stakeholders. Political leadership is urged to develop and implement a comprehensive climate action plan with measurable targets and allocate resources for renewable energy. Government departments should oversee energy efficiency regulations in industries and promote sustainable agriculture, along with establishing a monitoring framework. Civil society needs to advocate for climate action through community outreach and facilitate grassroots initiatives. The media has a role in raising public awareness and holding White Papers on Climate Change of 27 Cities and Towns Climate Action Skills 66 stakeholders accountable. Businesses are encouraged to reduce their carbon footprints and invest in clean technologies. Finally, citizens are called upon to adopt sustainable lifestyles and support local climate policies. Conclusion Jhang District faces significant and multifaceted challenges due to climate change, but it is also demonstrating resilience through various adaptation strategies. Addressing the root causes requires a concerted effort to mitigate greenhouse gas emissions from key sectors. The proposed solutions and recommendations offer a pathway towards a more sustainable and resilient future for Jhang. ----------- About the author: Muhammad Amir, BS Hons, is a climate action advocate. Empowered by recent training, he's launching local sustainability projects, collaborating with businesses, and promoting renewable energy. He's passionate about inspiring communitydriven change and equipped with practical tools to make a real impact. White Papers on Climate Change of 27 Cities and Towns Climate Action Skills 67 Nagar Valley: Climate Change Impacts and Response Safdar Hussain (Marks obtained: 122/Out of: 150) This white paper provides an overview of the climate change situation in Nagar Valley, Gilgit-Baltistan, Pakistan, outlining the observed impacts, challenges, and potential adaptation and mitigation strategies. Situated near China and India, Nagar Valley's environment and socio-economic conditions face threats due to climate change. The region is characterized by high-altitude mountains, glaciers, and biodiversity, heavily reliant on agriculture, glacial water, and tourism. Hunza's Climate Crucible The paper highlights several critical climate change issues impacting Nagar Valley. These include a rise in temperature, glacial melting, irregular weather patterns, ecosystem and habitat destruction, and irregular precipitation. The dependency on glacial water makes the valley particularly vulnerable to water scarcity and pollution as glaciers retreat and springs shrink. Anthropogenic activities, such as drainage and waste disposal, exacerbate water contamination, leading to increased waterborne diseases. The agriculture sector suffers from declining crop yields due to climate-change-induced diseases and pests, affecting food security and market value. Similarly, livestock health and the community's economy are negatively impacted. The mismanagement of the growing tourism industry contributes significantly to land, water, air, and sound pollution, further damaging the environment and impacting the socio-economic well-being of the local communities. Moreover, the emergence of diseases like cancer, gastric issues, anxiety, and vector-borne diseases, potentially linked to climate change and increased tourism, poses a severe threat to public health. The natural ecosystem's biotic components face diseases, migration, and potential extinction due to these changes. The mismanagement of the growing tourism industry contributes significantly to land, water, air, and sound pollution, further damaging the environment and impacting the socio-economic well-being of the local communities. White Papers on Climate Change of 27 Cities and Towns Climate Action Skills 68 Adaptation is Must for Survival Addressing these challenges requires comprehensive adaptation strategies. The paper emphasizes the need to prepare an Integrated Water Resource Management (IWRM) Strategy for the region, focusing on efficient and judicious water use across domestic, agricultural, power, and industrial sectors. This includes improving water distribution systems. Implementing adaptation interventions in agriculture, horticulture, livestock, rangelands, and fisheries is also crucial. Strengthening preparedness and institutional response to reduce morbidity and mortality from infectious diseases and malnutrition attributed to climate change is vital, along with establishing surveillance systems for relevant risk factors. Furthermore, adaptation in land use and forestry through mass afforestation, reforestation, and watershed management for soil protection and groundwater recharge are recommended. The importance of understanding and supporting householdlevel climate change adaptation among small landholders in the region is underscored by ongoing research. This research aims to identify effective adaptation strategies and their determinants, providing valuable data for policymakers to develop targeted interventions and resilience measures. Solutions and Recommendations The paper also outlines several solutions and recommendations for mitigation. It stresses the importance of strong political leadership in planning and implementing an effective climate change act with strict enforcement and penalties for violations, alongside incentives for compliance. Government departments, particularly the EPA, should have direct involvement in environmental planning, supported by law enforcement. Civil society organizations should actively engage in climate change mitigation through community involvement, capacity building, awareness campaigns, and expanding green belts. The media plays a crucial role in raising White Papers on Climate Change of 27 Cities and Towns Climate Action Skills 69 awareness and educating the public about climate change impacts. Businesses are encouraged to adopt environment-friendly practices, including sustainable packaging and using machinery with lower GHG emissions. Citizen participation is deemed essential, with the suggestion of forming community committees to address specific issues like water cleanliness and land management, ensuring accountability at the local level. Finally, the paper recommends sustainable water management practices, including proper irrigation and runoff systems, to protect human health and the aquatic ecosystem. In conclusion, the white paper effectively highlights the significant climate change threats facing Nagar Valley and emphasizes the urgent need for a multi-stakeholder approach involving government, communities, and international organizations. Implementing sustainable adaptation and mitigation strategies is crucial to safeguarding the valley’s natural resources and ensuring the well-being of its inhabitants. --------- About the author: Safdar Hussain, BS Forestry, is an environmental coordinator in District Nagar, Gilgit Baltistan. He leverages his expertise to promote sustainable practices within a local organization, contributing to the region's ecological preservation. White Papers on Climate Change of 27 Cities and Towns Climate Action Skills 76 Climate Change in Dihrkot: Impacts & Adaptation Atta Ur Rehman (Marks obtained: 111/Out of: 150) This white paper examines the climate change issues affecting Dihrkot, a picturesque region in Azad Jammu and Kashmir. Dihrkot is experiencing the adverse effects of climate change, including rising temperatures, erratic rainfall patterns, and frequent landslides, impacting its population, economy, and environment. The region's dependence on natural resources makes it particularly vulnerable to these environmental changes. Climate Change Issues and Challenges Recent studies indicate that Dihrkot is experiencing rising temperatures and erratic precipitation patterns. These climatic shifts are leading to significant ecological and socioeconomic consequences. The increased frequency of extreme weather events like floods and landslides poses substantial risks to the region's infrastructure and the livelihoods of its inhabitants. Changes in climate patterns are also affecting the phenology of local plant species, impacting flowering times and distribution patterns. Furthermore, shifts in climate patterns, including altered precipitation and temperature, are influencing agricultural productivity and the overall health of plant communities in Dihrkot. Deforestation and unsustainable land-use practices exacerbate these environmental challenges, leading to soil erosion, increased risk of landslides, and a loss of biodiversity. Human-wildlife conflict and livestock predation, potentially intensified by environmental degradation, also present challenges to the local communities. The dependence on agriculture and natural resources for livelihoods makes the local population highly susceptible to these climate-induced challenges, potentially leading to reduced crop yields, food insecurity, and undermining economic stability. The dependence on agriculture and natural resources for livelihoods makes the local population highly susceptible to these climate-induced challenges, potentially leading to reduced crop yields, food insecurity, and undermining economic stability. White Papers on Climate Change of 27 Cities and Towns Climate Action Skills 77 Adaptation Strategies in Dihrkot The paper suggests several adaptation strategies to address the climate change impacts in Dihrkot. These include afforestation and reforestation programs to restore degraded forests and enhance resilience. Promoting climate-resilient crops and water conservation techniques within the agricultural sector is crucial for ensuring food security in the face of changing climatic conditions. Developing early warning systems and emergency response plans can help mitigate the risks associated with extreme weather events. Investing in better roads, drainage systems, and resilient housing is essential for improving infrastructure and protecting communities from climate-related disasters. Mitigation Measures in Dihrkot While the paper primarily focuses on the impacts and adaptation strategies, it implicitly suggests that reducing deforestation and promoting sustainable land management practices could contribute to climate change mitigation by preserving carbon sinks and reducing greenhouse gas emissions from land degradation. Suggestions The paper underscores the necessity of a combination of policy measures, community engagement, and sustainable development initiatives to effectively address the adverse effects of climate change in Dihrkot. It highlights the importance of understanding the region's ecological significance and its vulnerability to climate change to implement effective adaptation strategies. Preserving the region's cultural heritage and traditional knowledge related to natural resource management is also noted as important in the face of modernization and environmental change. --------------- About the author: Atta Ur Rehman, an advocate and LLM candidate at International Islamic University, blends academic rigor with practical legal expertise. Specializing in family, civil, and criminal law, he champions justice through research and advocacy. His mission: to bridge legal understanding with societal needs. White Papers on Climate Change of 27 Cities and Towns Climate Action Skills 78 Narowal: Adapting to Climate Change Impacts Kinza Munir (Marks obtained: 111/Out of: 150) Narowal district in Pakistan, heavily reliant on agriculture, faces significant challenges due to climate change. The region experiences temperature extremes, with rising summer temperatures intensifying heatwaves and increasing water demand. Erratic weather patterns and reduced rainfall have led to water scarcity, negatively impacting irrigation and resulting in lower agricultural yields. The district is also prone to frequent fluctuations between droughts and floods due to unpredictable monsoon seasons, destroying crops and disrupting infrastructure. These changes in climate are causing shifting growing seasons and affecting crop viability, posing difficulties for local farmers. Furthermore, higher temperatures and poor sanitation during floods contribute to an increase in waterborne diseases, impacting public health. Overall, climate change severely impacts Narowal's agrarian economy, leading to economic and social consequences. Climate Change Adaptation Strategies in Narowal To address these challenges, Narowal is pursuing various adaptation strategies aimed at reducing vulnerability and improving resilience. Key measures focus on water management and irrigation, including the implementation of more efficient techniques like drip and sprinkler irrigation, construction of water reservoirs and ponds, and promotion of rainwater harvesting. In climate-resilient agriculture, efforts are being made to encourage the cultivation of droughtresistant crops, promote crop diversification, and implement improved farming techniques such as conservation tillage and agroforestry. Flood management strategies involve implementing flood forecasting and early Narowal is pursuing various adaptation strategies aimed at reducing vulnerability and improving resilience. Key measures focus on water management and irrigation, including the implementation of more efficient techniques like drip and sprinkler irrigation, construction of water reservoirs and ponds, and promotion of rainwater harvesting. White Papers on Climate Change of 27 Cities and Towns Climate Action Skills 79 warning systems, strengthening flood barriers and embankments, and empowering communities with community-based disaster risk management plans. To address health concerns, public education on climate risks is being emphasized, alongside the strengthening of healthcare facilities to deal with climate-sensitive diseases. Efforts towards sustainable livelihoods and economic diversification include encouraging non-agricultural income sources and supporting community-based adaptation projects. Finally, forest and ecosystem management through afforestation and reforestation, as well as the conservation of wetlands, are being undertaken to prevent soil erosion, enhance biodiversity, and regulate the local climate. Mitigation and Suggestions While the primary focus of the paper is on climate change impacts and adaptation, certain mentioned strategies can indirectly contribute to mitigation. For instance, improved farming techniques like agroforestry and organic farming can enhance carbon sequestration in soils. Promoting renewable energy projects (solar and wind) as part of economic diversification would also help in reducing greenhouse gas emissions. Based on the information provided, the following suggestions can be made: • Enhance investment in waterefficient irrigation technologies to combat water scarcity and reduce energy consumption associated with traditional irrigation methods. • Scale up programs supporting the adoption of drought-resistant and climate-smart crop varieties to ensure food security under changing climatic conditions. • Strengthen flood early warning systems and invest in resilient infrastructure to minimize the damage from extreme rainfall events. White Papers on Climate Change of 27 Cities and Towns Climate Action Skills 80 • Promote widespread adoption of renewable energy sources at the community and household levels to reduce reliance on fossil fuels. • Implement comprehensive public awareness campaigns on climate change impacts, adaptation strategies, and the importance of sustainable practices. • Foster stronger linkages between research institutions and local farmers to facilitate the development and dissemination of climate-resilient agricultural practices. • Support the development of smallscale, climate-resilient nonagricultural livelihoods to reduce dependence on agriculture and enhance economic stability. --------- White Papers on Climate Change of 27 Cities and Towns Climate Action Skills 81 Lahore's Climate Change: Impacts and Actions Shahid Nawaz (Marks obtained: 109/Total marks: 150) Lahore, Pakistan's second-largest city and a significant cultural and economic hub, is facing increasing threats from climate change, as detailed in the White Paper dated March 3, 2025. This review summarizes the climate change issues, challenges, adaptation and mitigation efforts, and suggestions outlined in the document. Climate Change Issues Lahore is experiencing a clear warming trend, with a 1.5°C increase in average temperature since 1960, and projections indicating a further 0.8–1.0°C rise by 2050. The city has witnessed intensified heatwaves, with temperatures exceeding 45°C and heat indices reaching 49°C. Rapid urbanization, with the conversion of over 200 square kilometers of farmland and green space since the 1980s, has exacerbated the urban heat island effect, making densely populated areas significantly hotter. Changes in precipitation patterns are also evident, with increasingly erratic monsoon rainfall leading to urban flooding and prolonged dry spells causing water scarcity. Extreme weather events are on the rise, including more frequent and intense floods, such as the record-breaking 353 mm of rain in a few hours in July 2024. Dust storms, once rare, have become increasingly common, posing respiratory health risks. Alarmingly, climate change is exacerbating Lahore’s severe air pollution, making it one of the world’s most polluted cities, with PM2.5 levels reaching dangerously high concentrations, especially during winter. These environmental changes are having significant human health impacts, including increases in heat-related illnesses, respiratory and cardiovascular diseases, vector-borne diseases like dengue, waterborne diseases, and even mental health issues. The city's ecosystem is also suffering, with loss of tree cover, declining native species, proliferation Alarmingly, climate change is exacerbating Lahore’s severe air pollution, making it one of the world’s most polluted cities, with PM2.5 levels reaching dangerously high concentrations, especially during winter. White Papers on Climate Change of 27 Cities and Towns Climate Action Skills 82 of invasive species, degradation of wetlands, and reduced agricultural and fisheries yields. The transport sector is identified as the largest contributor to GHG emissions in Lahore, followed by industry, waste burning, and agriculture residue burning. Climate Challenges Despite some ongoing efforts, Lahore faces significant adaptation gaps. These include inadequate drainage systems, unplanned urbanization, lack of heat-resilient infrastructure, overexploitation of groundwater, limited adoption of rainwater harvesting, weak enforcement of emission standards, underdeveloped early warning systems, low public climate literacy, and insufficient ecosystem restoration. Several barriers to adaptation hinder progress, including financial constraints, fragmented governance, technical and capacity gaps, socioeconomic challenges (high poverty, informal settlements), cultural and behavioral barriers, and environmental degradation. Adaptation and Mitigation Lahore has initiated some adaptation measures, such as participation in the 10 Billion Tree Tsunami Program, development of urban parks, implementation of a Smog Action Plan, installation of air quality monitoring stations, promotion of rainwater harvesting, upgrading drainage systems, discussions for a Heat Action Plan, development of the Punjab Climate Change Policy 2024, and establishment of a composting facility. There are also renewable energy initiatives and climate change research being conducted. Mitigation efforts are reflected in the Smog Action Plan's attempts to regulate emissions from various sectors and the composting facility's role in reducing landfill waste and GHG emissions. Suggestions to combat Climate Change The White Paper emphasizes a multistakeholder approach to address climate change in Lahore. Key recommendations include political leadership developing a White Papers on Climate Change of 27 Cities and Towns Climate Action Skills 83 Climate-Resilient Urban Master Plan and implementing policies for groundwater regulation and low-emission zones. Government departments should establish a Unified Urban Development Authority, implement smart irrigation, and expand electric public transportation. Civil society should advocate for urban greening, water conservation, and disaster preparedness training. Businesses need to invest in green and resilient infrastructure. Citizens should adopt sustainable practices. The media has a crucial role in raising awareness and holding stakeholders accountable. The report also sets measurable targets for increasing green cover and reducing PM2.5 levels. Financial measures, including securing climate finance and allocating a portion of the city budget to adaptation, are essential. Finally, community engagement is highlighted to ensure equitable and sustainable development. Conclusion Climate change presents a significant and multifaceted challenge to Lahore. While some initial steps towards adaptation and mitigation have been taken, substantial and coordinated efforts across all sectors are urgently needed to build resilience and ensure a sustainable future for the city's growing population. Addressing the identified gaps and barriers through strong political will, adequate funding, and active community participation is crucial for effective climate action. ----------------- About the author: Shahid Nawaz is an Environmental Sciences graduate driving sustainable change. He leads clean-ups, workshops, and renewable campaigns, inspiring eco-action. Tree planting, recycling advocacy, and policy collaboration define his commitment. He empowers communities towards a greener future through NGO volunteering and proactive initiatives. White Papers on Climate Change of 27 Cities and Towns Climate Action Skills 84 Chakwal Climate Impacts and Resilience Tehreem Khan (Marks obtained: 106/Total marks: 150) This review summarizes the white paper analyzing climate change impacts in Chakwal, Pakistan. The document highlights the district's vulnerability to evolving climate trends, the resulting challenges across various sectors, and proposes adaptation and mitigation strategies for building resilience. Chakwal, a predominantly rural district in Punjab with an agrarian economy, faces significant threats from rising temperatures, altered rainfall patterns, and increased frequency of extreme weather events. Major Climate Change Issues Historical climate data reveals an average temperature increase of 1.5°C over the last 30 years in Chakwal. Projections indicate a further 2-4°C rise by the end of the century. Rainfall patterns are becoming increasingly erratic, with decreasing annual rainfall and greater variability, leading to both droughts and floods. The average annual rainfall is around 500-700 mm, concentrated in the monsoon season, and has seen a 15% reduction over the past two decades. Furthermore, the frequency and intensity of heatwaves have increased, with a 20% rise in the last decade. Climate Change Challenges These climate changes pose severe challenges to Chakwal's key sectors. Agriculture, which employs approximately 60-70% of the workforce and is largely rain-fed, is particularly vulnerable. Decreasing rainfall and heat stress have already led to a 15% decline in wheat yields in the last decade, and overall crop yields of wheat and maize have decreased by about 25% due to water scarcity. Increased livestock mortality due to heatwaves and water shortages, estimated at 10-15% during severe events, further impacts livelihoods. The climate change poses severe challenges to Chakwal's key sectors. Agriculture, which employs approximately 60-70% of the workforce and is largely rain-fed, is particularly vulnerable. Decreasing rainfall and heat stress have already led to a 15% decline in wheat yields in the last decade, and overall crop yields of wheat and maize have decreased by about 25% due to water scarcity. White Papers on Climate Change of 27 Cities and Towns Climate Action Skills 85 Water resources are under immense pressure due to declining groundwater levels from over-extraction and limited surface water. Water shortages affect 40% of households during peak summer. Human health is also at risk, with increased cases of heatstroke and waterborne diseases reported. The rise in waterborne diseases by 30% is linked to contaminated water sources. Moreover, extreme weather events like floods, droughts, and storms damage infrastructure and human settlements. Historical sites and cultural landmarks are also at risk due to increased rainfall intensity causing erosion and degradation. The economic losses due to climate-related events are estimated at $50 million USD annually. Livelihood insecurity is driving out-migration from rural areas, with a 5% increase reported. Adaptation Strategies The white paper emphasizes the need for various adaptation strategies to build resilience. Water conservation measures are crucial, including promoting rainwater harvesting, drip irrigation, and water-efficient farming practices. Introducing and promoting drought-resistant crops like certain varieties of wheat, maize, and pulses, in collaboration with the Punjab Agricultural Research Board, is also recommended. Climate-smart agriculture practices, such as crop rotation, conservation tillage, and integrated nutrient management, should be adopted. Furthermore, afforestation and reforestation efforts are necessary to increase forest cover (with a target of a 5% increase by 2030) and reduce soil erosion. Investing in climateresilient infrastructure, including flood control measures and drought-resistant crops, and strengthening early warning systems for droughts and floods are also vital. Mitigation Strategies Regarding mitigation, the paper identifies key GHG emission sources in Chakwal, primarily industries like cement factories (Bestway Cement, DG Khan Cement) and traditional brick kilns. Coal-fired power plants in the region also contribute to emissions. The white White Papers on Climate Change of 27 Cities and Towns Climate Action Skills 92 KRK: Facing Climate Change Impacts Muhammad Waleed Meeran (Marks obtained: 90/Our of: 150) This review focuses on the climate change aspects detailed in the White Paper on Kot Radha Kishen (KRK), a tehsil in Punjab, Pakistan. The document highlights the significant climate change issues facing KRK, the associated challenges, and proposes adaptation and mitigation strategies, alongside emphasizing the urgent need for collaborative action. KRK Under Climate Siege The White Paper identifies several critical climate change issues impacting KRK. The region has experienced rising temperatures, with heat surges reaching as high as 44°C in nearby Lahore affecting KRK. This has led to decreased productivity in key agricultural sectors like wheat and cotton (up to 20%), causing economic hardships for farmers. Human health has also been severely impacted, with an increase in sunstroke, cardiac arrest, dehydration, fever, and breathing problems, particularly among vulnerable populations and laborers. Livestock suffer from heat stress, lower milk yields, and increased mortality. Additionally, altered precipitation patterns are evident, with a 42% reduction in precipitation observed between September 2024 and midJanuary 2025, leading to winter drought, reduced soil moisture, and crop yield losses. Conversely, more frequent and intense rainfall events in other seasons cause flooding, soil erosion, and waterlogging, further disrupting agriculture. The unpredictability of rainfall makes traditional farming increasingly challenging, leading to economic instability and food insecurity. Combating Climate Change in KRK These climatic changes present significant challenges for KRK. The agricultural sector, a cornerstone of the local economy, faces threats from declining yields and water The agricultural sector of KRK, a cornerstone of the local economy, faces threats from declining yields and water scarcity. Human health is increasingly at risk due to heatwaves and the proliferation of vector-borne diseases like malaria and dengue, exacerbated by altered temperatures and rainfall. White Papers on Climate Change of 27 Cities and Towns Climate Action Skills 93 scarcity. Human health is increasingly at risk due to heatwaves and the proliferation of vector-borne diseases like malaria and dengue, exacerbated by altered temperatures and rainfall. The ecological state of KRK is also under pressure, with decreased native species populations due to habitat modification and the spread of invasive species. Prolonged heatwaves have eroded forest cover, deteriorating soil conditions and impacting essential pollinators. Changes in water availability and quality in freshwater bodies like canals and ponds have disrupted local fisheries. Quantifiable impacts over the past four decades include temperature rises of 12.2% to 15.9% and precipitation increases of 10.9% to 14.9%. These changes have harmed natural habitats, reduced agricultural production, degraded soil, and potentially caused population shifts. Healthcare facilities face increasing strain due to climate-related incidents and the rise in waterborne and vector-borne diseases. A Call for Unified Action The Paper proposes several adaptation strategies to address these challenges. These include developing heat-resistant crops, implementing improved irrigation techniques and better water management. For human health, the recommendations include enhanced urban heat reduction techniques, expanding medical services, implementing cooling programs, improving water accessibility, and strengthening disease monitoring systems. In terms of mitigation, the document emphasizes the need for an integrated approach involving various stakeholders. Political leadership should establish a climate action plan integrating adjustment and mitigation into all policies and developmental plans, along with a targeted green funding initiative to boost renewable energy capacity. Government departments are tasked with monitoring and executing climate policies, creating a carbon discharge trading system, establishing energy efficiency programs for at least a 10% reduction by 2030, and integrating White Papers on Climate Change of 27 Cities and Towns Climate Action Skills 94 solar power in 30% of public schools and hospitals by 2030. Civil society organizations will promote climate action through grassroots programs, focusing on capacity building for vulnerable groups and incorporating local knowledge into policies. The media should disseminate accurate climate change information, hold responsible parties accountable, and facilitate public discussions. Businesses are encouraged to support sustainable methods and green technologies, aiming for 15% electric vehicle adoption in new car purchases by 2030 and collaborating on green projects. Conclusion In conclusion, the Paper effectively highlights the significant climate change issues and challenges confronting Kot Radha Kishen. It underscores the urgent need for comprehensive and collaborative adaptation and mitigation strategies involving all levels of society. The suggested solutions provide a framework for building climate resilience in the region. ---------- White Papers on Climate Change of 27 Cities and Towns Climate Action Skills 95 Mohmand's Climate Crisis: Challenges and Solutions Sami Ullah (Marks obtained: 90/Out of: 150) Mohmand, a fully rural district in Khyber Pakhtunkhwa, Pakistan, with a population of 553,933 (2023), faces a severe underground water crisis exacerbated by climate change. The primary economic activities of agriculture and mining are significantly threatened by declining groundwater levels. This white paper highlights the climate change issues, challenges, existing and potential adaptation strategies, limited information on mitigation, and offers several key suggestions for addressing this critical situation. Climate change impacts Climate change is significantly impacting Mohmand through rising temperatures, changes in precipitation patterns, and increased frequency of extreme weather events. Increasing temperatures have led to higher evaporation rates, further reducing water availability. Erratic rainfall results in prolonged droughts and flash floods, negatively affecting agriculture and drinking water supply. These extreme weather events also impact human health through water shortages and increased waterborne diseases. The persistent drought conditions are causing vegetation loss and desertification, leading to reduced groundwater recharge rates and loss of biodiversity. Challenges Exacerbating the Water Crisis Several challenges compound these climate change impacts. Water scarcity due to overextraction of groundwater is a pressing issue. The reliance on water-intensive agricultural practices further strains the already limited water resources. Mining activities not only contribute to environmental degradation but also to water depletion. Traditional housing structures often have limited access to clean drinking water and sanitation facilities, making the population more vulnerable to waterborne diseases during shortages. Mining activities not only contribute to environmental degradation but also to water depletion. Traditional housing structures often have limited access to clean drinking water and sanitation facilities, making the population more vulnerable to waterborne diseases during shortages. White Papers on Climate Change of 27 Cities and Towns Climate Action Skills 96 Furthermore, there is a lack of large-scale water management projects and insufficient investment in sustainable water conservation technologies. Poor enforcement of water usage regulations and financial constraints also hinder effective action. A lack of awareness about water conservation strategies and an inadequate policy framework and government support further contribute to inaction. Limited Existing Adaptation Measures Despite these challenges, some adaptation measures are being implemented. Traditional rainwater harvesting methods are used on a small scale. Farmers are adapting by growing drought-resistant crops. Some irrigation projects have been initiated to manage water usage. However, these measures are insufficient to address the scale of the crisis, indicating significant adaptation gaps. The paper provides a brief overview of greenhouse gas (GHG) emission sources in Mohmand. While power plants have a minimal contribution due to limited electricity production, mining activities and livestock farming in the agriculture sector exacerbate climate issues. Excessive groundwater extraction for agriculture is also linked to climate challenges. Limited waste management infrastructure leading to uncontrolled waste disposal is another contributing factor. The paper primarily focuses on the impacts of climate change and adaptation strategies rather than detailed mitigation plans. Key Solutions and Recommendations The white paper offers several key solutions and recommendations. It emphasizes the need for implementing policies for sustainable water management and allocating funds for water conservation projects by political leadership. Government departments should regulate groundwater extraction and enforce water conservation measures. Civil society needs to raise White Papers on Climate Change of 27 Cities and Towns Climate Action Skills 97 awareness about water conservation techniques, and the media should disseminate information about climate change impacts and solutions. Businesses are encouraged to invest in sustainable mining and waterefficient agricultural practices, while citizens should adopt responsible water usage habits. Proposed solutions include promoting rainwater harvesting and groundwater recharge projects. A shift towards drip irrigation and drought-resistant crop varieties in agriculture is recommended. Policy interventions are needed to prevent excessive groundwater extraction. Infrastructure development, such as building small dams and reservoirs, is suggested to store water. Crucially, the paper highlights the importance of community engagement in water conservation efforts. Proposed Solutions and Implementation Framework The proposed implementation framework includes setting a measurable goal to reduce groundwater depletion by 20% in the next decade. Solutions must align with local economic and environmental conditions to ensure feasibility and relevance. The timeline for implementation includes short-term (1-2 years) awareness campaigns and policy formulation, medium-term (3-5 years) infrastructure development and regulatory enforcement, and long-term (5+ years) aiming for significant improvements in water conservation. Conclusion In conclusion, Mohmand is grappling with a severe water crisis driven by climate change and unsustainable practices. Addressing this requires urgent and collaborative efforts involving sustainable water management, policy interventions, and active community engagement to ensure a water-secure future for the district. ----------- White Papers on Climate Change of 27 Cities and Towns Climate Action Skills 98 Lasbela's Climate Change: Urgent Action Needed Anas Habib (Marks obtained: 82/Out of: 150) District Lasbela, situated in southern Balochistan, Pakistan, is grappling with significant climate change impacts primarily stemming from unchecked deforestation. This illegal logging has diminished the land's capacity to absorb carbon dioxide, resulting in rising temperatures and more frequent heatwaves. The loss of forest cover has also disrupted local weather patterns, leading to unpredictable rainfall and extended dry spells, which in turn cause major issues for local farmers and diminish agricultural productivity. The devastating floods of 2022 further highlighted the district's vulnerability, causing widespread damage to crops, housing, and public health. Challenges Hindering Climate Action in Lasbela Several challenges hinder effective climate action in Lasbela. Deforestation and illegal logging continue unabated due to weak enforcement. Forest conservation efforts are limited, exacerbating the environmental degradation. The economy, heavily reliant on fishing, agriculture, livestock breeding, and mining, is increasingly threatened by altered weather patterns and reduced productivity of natural resources. Existing flood protection measures are inadequate, as evidenced by the 2022 disaster. Furthermore, investment in climate-smart agricultural practices and modern irrigation systems remains insufficient, limiting the ability of farmers to adapt. Weak governance and corruption pose significant obstacles to implementing and enforcing environmental regulations. Insufficient Current Adaptation Strategies Current adaptation strategies are largely insufficient. While some small-scale reforestation projects exist, a more comprehensive approach is urgently needed. Similarly, while there are efforts towards water conservation, they require significant Several challenges hinder effective climate action in Lasbela. Deforestation and illegal logging continue unabated due to weak enforcement. Forest conservation efforts are limited, exacerbating the environmental degradation. White Papers on Climate Change of 27 Cities and Towns Climate Action Skills 99 scaling and investment in climate-smart agricultural techniques. The white paper emphasizes the necessity for robust flood management and water conservation infrastructure to mitigate future disasters. Emerging Mitigation Needs While not explicitly detailed as mitigation, the recommended actions include elements of it. Enforcing strict laws against illegal logging and protecting existing forests would help preserve carbon sinks. Promoting renewable energy and environmentally friendly practices among businesses and citizens can also contribute to reducing emissions. Extensive reforestation programs are crucial for restoring lost forest cover and enhancing carbon sequestration. Recommended Solutions and Coordinated Action The white paper offers several solutions and recommendations to address the climate crisis in Lasbela. Political leadership is urged to enforce strict laws against illegal logging and invest in climate-smart agriculture and irrigation. Government departments are tasked with launching extensive reforestation programs and developing robust flood management and water conservation infrastructure. Civil society and media should run public awareness campaigns on forest conservation and promote community-led environmental projects. Finally, businesses and citizens are encouraged to support renewable energy and participate in local environmental improvement initiatives. Coordinated and immediate action from all stakeholders is deemed essential to restore ecological balance and secure a resilient future for Lasbela. -------- White Papers on Climate Change of 27 Cities and Towns Climate Action Skills 100 Zhob Climate Change: Impacts and Pathways Mujeeb Ullah (Marks obtained: 51/Out of: 150) This review focuses on the climate change issues affecting Zhob, a district in Balochistan, Pakistan. Cracked, dry earth with minimal, withered vegetation Zhob is experiencing significant climate change impacts due to its semi-arid climate and geographical location near the Afghanistan border. These impacts manifest as rising temperatures, leading to increased frequency of heatwaves and higher evaporation rates, and changes in precipitation, resulting in unpredictable rainfall, droughts, and flash floods. The region also faces more frequent extreme weather events like dust storms and cold waves, contributing to environmental degradation. These changes have dire consequences for human health, with an increase in heatrelated illnesses and poor air quality, and for ecosystems, leading to a reduction in vegetation cover and declining livestock health. No Climate-Resilience Several challenges hinder effective responses to these climate change impacts in Zhob. There is a lack of climate-resilient infrastructure and weak policy implementation for environmental protection. Financial constraints, limited awareness of climate risks, and political instability and governance issues further exacerbate the situation. The district also grapples with fundamental issues such as water scarcity, poor road connectivity, and a dependence on a limited and often unreliable electricity supply. Adaptation Measures at Limited Scale Despite these challenges, some adaptation measures are being implemented, including small-scale water conservation projects, reforestation initiatives, and traditional rainwater harvesting techniques. However, There is a lack of climate-resilient infrastructure and weak policy implementation for environmental protection. Financial constraints, limited awareness of climate risks, and political instability and governance issues further exacerbate the situation. White Papers on Climate Change of 27 Cities and Towns Climate Action Skills 101 significant adaptation gaps remain. In terms of mitigation, the major greenhouse gas (GHG) emission sources in Zhob include power plants relying on fossil fuels, increasing vehicle emissions due to road transport, methane emissions from livestock (a dominant aspect of the local agriculture), and emissions from open waste burning and poor waste management. Industrial emissions are minimal due to the lack of large-scale industries. Solutions and Recommendations The document proposes several solutions and recommendations to address these issues. For water management, the construction of small dams and promotion of efficient irrigation are suggested. Reforestation through increased afforestation programs is another key recommendation. The development of renewable energy projects, particularly solar and wind energy, is highlighted as a crucial step. In the agricultural sector, promoting climate-resistant crops and improving livestock management are recommended for sustainable agriculture. Addressing waste management through proper collection and recycling systems is also essential. Collection Action Required It also emphasizes the roles and responsibilities of various stakeholders in tackling climate change in Zhob. Political leadership needs to implement strict environmental policies and allocate necessary resources. Government departments should develop sustainable urban planning strategies and strengthen disaster management capabilities. Civil society organizations can play a vital role in promoting awareness campaigns and encouraging community participation. The media should highlight environmental issues and educate the public. Businesses are encouraged to adopt sustainable production methods and support local green initiatives. Finally, individual citizens are urged to conserve water and energy, reduce waste, and adopt eco-friendly habits.