The document outlines the Green Growth Initiative by the KP government in Pakistan to promote environmentally sustainable development. It focuses on six areas: forestry, protected areas, clean energy, climate resilience, water/sanitation, and waste management. A key part of the initiative is the Billion Trees Tsunami Afforestation Project, which aims to plant trees across KP province. The project will be implemented in two phases, with phase one focusing on establishing nurseries, plantations, and forest closures to promote natural regeneration. It involves partnerships between the forestry department and local communities.
The Billion Trees Tsunami Afforestation Project in Khyber Pakhtunkhwa aims to rehabilitate forests and increase the forest resource base. It establishes central and private nurseries to grow over 500 million saplings, which are planted on 10,000 hectares of land. The project also focuses on protecting newly planted forests by training and hiring local communities as forest guards. Overall, the project has planted over 872 million seedlings across the province by 2017, with a high survival rate of 88.75%.
The document discusses forest land management in Pakistan. It provides details on the different forest types in Pakistan, including alpine pasture, sub-alpine, moist temperate, dry temperate, sub-tropical chir pine forest, and others. It then describes Pakistan's forest land management system, which includes protected forests, reserved forests, guzara forests, village forests, and other designations.
This document provides an overview of forestry in Pakistan. It discusses the history of forestry in the country, beginning in 1862. It then summarizes the different forest types found in Pakistan, including alpine pasture, moist temperate forest, dry temperate forest, and others. It also lists the forest coverage by province. Finally, it outlines the roles of various forest services across Pakistan's provinces and territories in managing the country's forest resources.
The document provides an overview of forest management, including:
- The history and development of forest management concepts from the 16th century in Germany to modern definitions that incorporate ecological, economic, and social objectives.
- The key components of the forest management process, including setting objectives, inventorying resources, developing a management strategy and plan, implementing the plan, and periodically reviewing and updating it.
- The scope of forest management, which broadly encompasses controlling the composition and structure of forests, distributing and marketing forest products, and administering forest lands and personnel.
Forest types and their management in PakistanSajidHussain361
The document provides an introduction to forests and forest types. It defines forests according to various international standards and outlines their key functions. These include carbon sequestration, oxygen production, habitat provision, erosion prevention, and more. The document then discusses factors that determine forest types such as climate, soil, geography, and biotic interactions. It proceeds to outline Pakistan's major forest types and the characteristics of each. Finally, it provides an overview of Pakistan's national forest policy and management approaches.
This document describes several types of forests found in Pakistan. Alpine forests are located in northern areas at high altitudes and have stunted tree growth due to low temperatures and sunlight. Coniferous forests are found in northern areas and hill stations and have conical trees with sloping branches to prevent snow accumulation and needle-like leaves. Tropical thorn forests are found in plains areas and have low-height, thorny trees with deep roots. Sub-tropical scrub forests are located in hills and foothills and have broad-leaved trees. Riverain or Bela forests are located along river banks and provide valuable hardwood. Mangrove forests are located along coastal areas and have broad, leathery leaves to
The document outlines ongoing afforestation programs and research activities in Pakistan. It discusses projects to improve infrastructure at the Pakistan Forest Institute and research on species like neem, paulownia, chalgoza, walnut and almond. A study is also underway to optimize water use for six tree species including eucalyptus. Additionally, research aims to increase wood production, develop techniques for arid areas, control pests and diseases, and produce quality tree seeds.
PPT ON FOREST CONSERVATION AND PROTECTIONSiva Shiva
Forest conservation involves maintaining and protecting forested areas through various steps such as afforestation, preventing forest fires, reducing overgrazing, and controlling activities that cause soil erosion. It also requires reducing air, water, and soil pollution, establishing forest nurseries, raising awareness about the importance of forests, properly implementing laws and guidelines from organizations like the World Wide Fund for Nature and the United Nations Educational, Scientific and Cultural Organization to protect forests. Celebrating an annual tree planting festival can help make forest conservation more popular and effective.
The Billion Trees Tsunami Afforestation Project in Khyber Pakhtunkhwa aims to rehabilitate forests and increase the forest resource base. It establishes central and private nurseries to grow over 500 million saplings, which are planted on 10,000 hectares of land. The project also focuses on protecting newly planted forests by training and hiring local communities as forest guards. Overall, the project has planted over 872 million seedlings across the province by 2017, with a high survival rate of 88.75%.
The document discusses forest land management in Pakistan. It provides details on the different forest types in Pakistan, including alpine pasture, sub-alpine, moist temperate, dry temperate, sub-tropical chir pine forest, and others. It then describes Pakistan's forest land management system, which includes protected forests, reserved forests, guzara forests, village forests, and other designations.
This document provides an overview of forestry in Pakistan. It discusses the history of forestry in the country, beginning in 1862. It then summarizes the different forest types found in Pakistan, including alpine pasture, moist temperate forest, dry temperate forest, and others. It also lists the forest coverage by province. Finally, it outlines the roles of various forest services across Pakistan's provinces and territories in managing the country's forest resources.
The document provides an overview of forest management, including:
- The history and development of forest management concepts from the 16th century in Germany to modern definitions that incorporate ecological, economic, and social objectives.
- The key components of the forest management process, including setting objectives, inventorying resources, developing a management strategy and plan, implementing the plan, and periodically reviewing and updating it.
- The scope of forest management, which broadly encompasses controlling the composition and structure of forests, distributing and marketing forest products, and administering forest lands and personnel.
Forest types and their management in PakistanSajidHussain361
The document provides an introduction to forests and forest types. It defines forests according to various international standards and outlines their key functions. These include carbon sequestration, oxygen production, habitat provision, erosion prevention, and more. The document then discusses factors that determine forest types such as climate, soil, geography, and biotic interactions. It proceeds to outline Pakistan's major forest types and the characteristics of each. Finally, it provides an overview of Pakistan's national forest policy and management approaches.
This document describes several types of forests found in Pakistan. Alpine forests are located in northern areas at high altitudes and have stunted tree growth due to low temperatures and sunlight. Coniferous forests are found in northern areas and hill stations and have conical trees with sloping branches to prevent snow accumulation and needle-like leaves. Tropical thorn forests are found in plains areas and have low-height, thorny trees with deep roots. Sub-tropical scrub forests are located in hills and foothills and have broad-leaved trees. Riverain or Bela forests are located along river banks and provide valuable hardwood. Mangrove forests are located along coastal areas and have broad, leathery leaves to
The document outlines ongoing afforestation programs and research activities in Pakistan. It discusses projects to improve infrastructure at the Pakistan Forest Institute and research on species like neem, paulownia, chalgoza, walnut and almond. A study is also underway to optimize water use for six tree species including eucalyptus. Additionally, research aims to increase wood production, develop techniques for arid areas, control pests and diseases, and produce quality tree seeds.
PPT ON FOREST CONSERVATION AND PROTECTIONSiva Shiva
Forest conservation involves maintaining and protecting forested areas through various steps such as afforestation, preventing forest fires, reducing overgrazing, and controlling activities that cause soil erosion. It also requires reducing air, water, and soil pollution, establishing forest nurseries, raising awareness about the importance of forests, properly implementing laws and guidelines from organizations like the World Wide Fund for Nature and the United Nations Educational, Scientific and Cultural Organization to protect forests. Celebrating an annual tree planting festival can help make forest conservation more popular and effective.
Forests of pakistan {importance, types, causes and effects}Haroon Khaliq
this is a powerpointt project which includes types, importance of forests and deforestation (causes, effects and solution). It is a complete package of information.
Importance of Forests, Functions of Forests, Deforestation, Sustainable Fores...Fatima Laraib
A simple yet comprehensive way to know about the importance of Forests, solutions, consequences & causes of deforestation, facts and figures concerning deforestation & sustainable forestry
1) Forests cover less than 4% of Pakistan's land and are declining due to deforestation.
2) Primary forests consist of native tree species while secondary forests are recovering from human disturbances like logging.
3) The largest forest is a 247,000 acre juniper forest in Baluchistan that is threatened by logging and lack of conservation efforts.
This document discusses wetlands, including their characteristics and importance. It notes that wetlands are diverse ecosystems that are flooded by water and serve as home to much plant and animal life. The main types of wetlands are listed as swamp, marsh, bog and fen. Wetlands provide important functions such as water storage and flood protection, water purification, biodiversity habitat, and climate change mitigation. The Ramsar Convention aims to conserve and sustainably use wetlands internationally through cooperation of member countries. Pakistan has designated 19 wetland sites as being of international importance under this convention.
Rangelands and its importance and economic share in pakistan economyUmair Rasheed
Pakistan Rangelands and its importance with economy shares.
Rangelands importance with the detail and its pics and can be available on my whatsapp num if not downloading here
Pakistan Geography - Forest In Pakistan - Pakistan LocationFaHaD .H. NooR
Foresty in Pakistan and its geography
Notes #UCP
The forestry sector of Pakistan is a main source of lumber, paper, fuelwood, latex, medicine as well as food and provide ecotourism and wildlife conservation purposes. Less than 4% of land in Pakistan is covered with forests
The coniferous forests occur from 1,000 to 4,000 m altitudes. Chitral, Swat, Upper Dir, Lower Dir, Malakand, Mansehra and Abbottabad districts of Khyber Pakhtunkhwa, Azad Kashmir and Rawalpindi district of the Punjab are the main areas covered with coniferous forests. Pindrow Fir(Abies pindrow), Morinda spruce (Picea smithiana), deodar (Cedrus deodara), blue pine (Pinus wallichiana), chir pine (Pinus roxburghii) are the most common varieties. The Coniferous forests also occur in Balochistan hills. Chilghoza pine (Pinus gerardiana) and juniper (Juniperous macropoda) are the two most common species of Balochistan.
Miandam Swat
The sub-tropical dry forests are found in the Attock, Rawalpindi, Islamabad, Jhelum and Gujrat districts of the Punjab, and in the Mansehra, Abbottabad, Mardan, Peshawar and Kohat districts of Khyber Pakhtunkhwa up to a height of 1,000 m. In Balochistan, they are confined to the Sulaiman Mountains and other hilly areas. Dominant tree species are phulai (Acacia modesta), kau (Olea cuspidata) and hopbush (Dodonaea viscosa).
The tropical thorn forests are dominated by xerophytic scrubs. They are most widespread in the Punjab plains but also occupy small areas in southern Sindh and western Balochistan. They are mainly used for grazing purposes, watershed protection and fuelwood. Common species are vann (Salvadora oleoides), khejri (Prosopis cineraria), kair (Capparis aphylla), etc.
The irrigated plantations were first developed in 1866 at Changa Manga in Lahore. Today they occupy about 226,000 ha. Sheesham (Dalbergia sissoo), mulberry/Shahtoot (Morus alba), babul (Acacia nilotica) and species of Eucalyptus and Populus are the common tree species grown in the irrigated plantations.
This document discusses wetlands in Pakistan. It begins by defining wetlands and describing different types, including natural wetlands like rivers and marshes, and man-made wetlands like ponds and fish farms. It then discusses four major wetland complexes in Pakistan and provides details on several important wetlands. The document also addresses threats to wetlands from degradation and loss, and provides suggestions for sustainable management and conservation.
Forests provide many important benefits. They clean the air by absorbing pollutants, regulate climate by absorbing carbon dioxide, stabilize soil to prevent erosion, and replenish groundwater supplies. Forests are also important habitats that support high levels of biodiversity and many indigenous people.
Sustainable Forest Management Techniques by Joe John PonnezhanJoe Ponnezhan
Sustainable forest management involves managing forests according to principles of sustainable development. This means meeting human development goals while sustaining natural systems to provide resources over the long term. Specific practices include surveying the forest land to inventory timber and wildlife species. Managers then determine sustainable harvest amounts without destroying overall forest health. New trees are planted to replace harvested trees and fit within the forest ecosystem.
Forests play an important economic role by providing wood, fuel, employment, and revenue from exports. However, excessive deforestation for economic activities can have negative environmental impacts such as habitat loss, floods, greenhouse gas buildup, soil erosion, and effects on water and climate cycles. Sustainable forest management is needed to balance economic development and environmental protection.
This document provides information on protected areas in Pakistan. It defines protected areas and notes that Pakistan has four types: national parks, wildlife sanctuaries, game reserves, and community-controlled hunting areas. It lists the number of each type of protected area by province. National parks are described as set aside for scenic and wildlife protection. Several major national parks are highlighted, including the largest - Central Karakoram National Park. Wildlife sanctuaries are areas where public access is restricted to protect flora and fauna. Game reserves allow controlled hunting.
Pakistan has high biodiversity due to its varied landscapes including mountains and forests. It is home to over 7% of the world's plant species as well as many endemic animal species. However, biodiversity is under threat from deforestation, overgrazing, soil erosion, salinity, waterlogging, and hunting. The government has established protected areas covering 11.4% of the country and enacted legislation to promote conservation. NGOs also support measures to protect Pakistan's biodiversity and ensure sustainable use of natural resources.
Participatory Forest Management (PFM) is a strategy for sustainable forest management that encourages local communities living near forests to manage or co-manage forest resources. PFM aims to involve local stakeholders in decision making for forest management. In the 1980s, governments began decentralizing natural resource management to local institutions to reduce costs, more effectively protect resources and local livelihoods, and increase local responsiveness and efficiency through community participation and skills. PFM strategies include Community Based Forest Management, where villagers fully own and manage village lands, and Joint Forest Management, where government and communities collaboratively manage government forest reserves.
The document discusses problems with rangeland management in Pakistan, identifying issues such as overgrazing due to prioritizing livestock numbers over quality, lack of conservation efforts due to open grazing systems, influence of migratory herds, arid climate patterns, water scarcity, absence of dedicated management authorities, lack of awareness and participation in development programs, insufficient funds, poor livestock management, limited research, lack of incentives for rangeland officials, and low priority given to rangeland development by the government.
Deforestation is removing forests to convert the land to non-forest uses like agriculture. An estimated 18 million acres of forest are lost each year. The main causes of deforestation are clearing land for housing and agriculture, logging for wood, and forest fires. Deforestation disrupts livelihoods and increases flooding and food insecurity. Solutions include governments enacting anti-deforestation policies and reforestation programs, supporting environmental organizations, using renewable energy, and educating others on the importance of forests.
This document discusses endangered species in Pakistan. It begins by defining endangered species and explaining that endangered species indicate environmental problems. It then lists reasons why animals become endangered, such as hunting, pollution, and habitat loss. The document goes on to list specific endangered mammals, birds, and other species in Pakistan, providing details on their populations and threats. It concludes by emphasizing the importance of preserving biodiversity and endangered species for future generations.
Rangelands are vast natural landscapes consisting of grasslands, shrublands, wetlands, and deserts that are distinguished from pastures by being dominated by native vegetation rather than agriculture. About 60% of Pakistan is comprised of rangelands that partly support over 93 million livestock, with rangelands primarily used for grazing in northern Pakistan and the province of Baluchistan relying heavily on livestock production from rangelands. Key terms defined include trees, shrubs, grasses, herbs, and concepts like carrying capacity, grazing capacity, and stocking rate. Rangelands provide goods and services like livestock forage, wildlife habitat, water, minerals, recreation, and natural beauty.
The slide show gives a brief about one of the critical environmental issue of Pakistan; deforestation, what are its causes, its ramifications, and what have been done so far.
Yet, a lot more extensive efforts are needed to increase the tree cover of the country in order to reduce the impacts of deforestation.
This document provides an overview of forest management in India. It begins with an introduction to forests as ecological and socio-economic resources that need judicious management. It then describes the 16 major types of forests in India based on climate and vegetation. The document discusses the issues of deforestation and its effects. It also covers topics such as forest cover in India, forest management techniques like afforestation and social forestry, non-wood forest products, forest certification programs, and Indian laws related to forest conservation.
Deforestation is the removal of forests to make room for human development. It has increased due to population growth, urbanization, and industrialization. Deforestation leads to soil erosion, flooding, loss of wildlife, increased carbon dioxide in the atmosphere, and other environmental issues. Pakistan has one of the highest deforestation rates in Asia due to unsustainable logging and lack of enforcement of forestry laws. Reforestation efforts and use of alternative energy are needed to address deforestation.
FLR in Ghana - Lessons learned and the Way ForwardGPFLR
Presentation by Dominic Blay on Forest Landscape Restoration in Ghana. Dominic Blay discusses what is needed with regard to political and institutional change for FLR to succeed in Ghana.
This document discusses integrated landscape management for biodiversity conservation and sustainable land use. It describes purchasing properties to protect conservation values, generating income through various land uses to support management costs, and developing a model that pays for itself. Key activities discussed include pastoralism, tourism, ecosystem services payments, and developing sustainable forestry and carbon projects. Challenges and opportunities around climate change, biodiversity objectives, and engaging local communities are also covered.
Forests of pakistan {importance, types, causes and effects}Haroon Khaliq
this is a powerpointt project which includes types, importance of forests and deforestation (causes, effects and solution). It is a complete package of information.
Importance of Forests, Functions of Forests, Deforestation, Sustainable Fores...Fatima Laraib
A simple yet comprehensive way to know about the importance of Forests, solutions, consequences & causes of deforestation, facts and figures concerning deforestation & sustainable forestry
1) Forests cover less than 4% of Pakistan's land and are declining due to deforestation.
2) Primary forests consist of native tree species while secondary forests are recovering from human disturbances like logging.
3) The largest forest is a 247,000 acre juniper forest in Baluchistan that is threatened by logging and lack of conservation efforts.
This document discusses wetlands, including their characteristics and importance. It notes that wetlands are diverse ecosystems that are flooded by water and serve as home to much plant and animal life. The main types of wetlands are listed as swamp, marsh, bog and fen. Wetlands provide important functions such as water storage and flood protection, water purification, biodiversity habitat, and climate change mitigation. The Ramsar Convention aims to conserve and sustainably use wetlands internationally through cooperation of member countries. Pakistan has designated 19 wetland sites as being of international importance under this convention.
Rangelands and its importance and economic share in pakistan economyUmair Rasheed
Pakistan Rangelands and its importance with economy shares.
Rangelands importance with the detail and its pics and can be available on my whatsapp num if not downloading here
Pakistan Geography - Forest In Pakistan - Pakistan LocationFaHaD .H. NooR
Foresty in Pakistan and its geography
Notes #UCP
The forestry sector of Pakistan is a main source of lumber, paper, fuelwood, latex, medicine as well as food and provide ecotourism and wildlife conservation purposes. Less than 4% of land in Pakistan is covered with forests
The coniferous forests occur from 1,000 to 4,000 m altitudes. Chitral, Swat, Upper Dir, Lower Dir, Malakand, Mansehra and Abbottabad districts of Khyber Pakhtunkhwa, Azad Kashmir and Rawalpindi district of the Punjab are the main areas covered with coniferous forests. Pindrow Fir(Abies pindrow), Morinda spruce (Picea smithiana), deodar (Cedrus deodara), blue pine (Pinus wallichiana), chir pine (Pinus roxburghii) are the most common varieties. The Coniferous forests also occur in Balochistan hills. Chilghoza pine (Pinus gerardiana) and juniper (Juniperous macropoda) are the two most common species of Balochistan.
Miandam Swat
The sub-tropical dry forests are found in the Attock, Rawalpindi, Islamabad, Jhelum and Gujrat districts of the Punjab, and in the Mansehra, Abbottabad, Mardan, Peshawar and Kohat districts of Khyber Pakhtunkhwa up to a height of 1,000 m. In Balochistan, they are confined to the Sulaiman Mountains and other hilly areas. Dominant tree species are phulai (Acacia modesta), kau (Olea cuspidata) and hopbush (Dodonaea viscosa).
The tropical thorn forests are dominated by xerophytic scrubs. They are most widespread in the Punjab plains but also occupy small areas in southern Sindh and western Balochistan. They are mainly used for grazing purposes, watershed protection and fuelwood. Common species are vann (Salvadora oleoides), khejri (Prosopis cineraria), kair (Capparis aphylla), etc.
The irrigated plantations were first developed in 1866 at Changa Manga in Lahore. Today they occupy about 226,000 ha. Sheesham (Dalbergia sissoo), mulberry/Shahtoot (Morus alba), babul (Acacia nilotica) and species of Eucalyptus and Populus are the common tree species grown in the irrigated plantations.
This document discusses wetlands in Pakistan. It begins by defining wetlands and describing different types, including natural wetlands like rivers and marshes, and man-made wetlands like ponds and fish farms. It then discusses four major wetland complexes in Pakistan and provides details on several important wetlands. The document also addresses threats to wetlands from degradation and loss, and provides suggestions for sustainable management and conservation.
Forests provide many important benefits. They clean the air by absorbing pollutants, regulate climate by absorbing carbon dioxide, stabilize soil to prevent erosion, and replenish groundwater supplies. Forests are also important habitats that support high levels of biodiversity and many indigenous people.
Sustainable Forest Management Techniques by Joe John PonnezhanJoe Ponnezhan
Sustainable forest management involves managing forests according to principles of sustainable development. This means meeting human development goals while sustaining natural systems to provide resources over the long term. Specific practices include surveying the forest land to inventory timber and wildlife species. Managers then determine sustainable harvest amounts without destroying overall forest health. New trees are planted to replace harvested trees and fit within the forest ecosystem.
Forests play an important economic role by providing wood, fuel, employment, and revenue from exports. However, excessive deforestation for economic activities can have negative environmental impacts such as habitat loss, floods, greenhouse gas buildup, soil erosion, and effects on water and climate cycles. Sustainable forest management is needed to balance economic development and environmental protection.
This document provides information on protected areas in Pakistan. It defines protected areas and notes that Pakistan has four types: national parks, wildlife sanctuaries, game reserves, and community-controlled hunting areas. It lists the number of each type of protected area by province. National parks are described as set aside for scenic and wildlife protection. Several major national parks are highlighted, including the largest - Central Karakoram National Park. Wildlife sanctuaries are areas where public access is restricted to protect flora and fauna. Game reserves allow controlled hunting.
Pakistan has high biodiversity due to its varied landscapes including mountains and forests. It is home to over 7% of the world's plant species as well as many endemic animal species. However, biodiversity is under threat from deforestation, overgrazing, soil erosion, salinity, waterlogging, and hunting. The government has established protected areas covering 11.4% of the country and enacted legislation to promote conservation. NGOs also support measures to protect Pakistan's biodiversity and ensure sustainable use of natural resources.
Participatory Forest Management (PFM) is a strategy for sustainable forest management that encourages local communities living near forests to manage or co-manage forest resources. PFM aims to involve local stakeholders in decision making for forest management. In the 1980s, governments began decentralizing natural resource management to local institutions to reduce costs, more effectively protect resources and local livelihoods, and increase local responsiveness and efficiency through community participation and skills. PFM strategies include Community Based Forest Management, where villagers fully own and manage village lands, and Joint Forest Management, where government and communities collaboratively manage government forest reserves.
The document discusses problems with rangeland management in Pakistan, identifying issues such as overgrazing due to prioritizing livestock numbers over quality, lack of conservation efforts due to open grazing systems, influence of migratory herds, arid climate patterns, water scarcity, absence of dedicated management authorities, lack of awareness and participation in development programs, insufficient funds, poor livestock management, limited research, lack of incentives for rangeland officials, and low priority given to rangeland development by the government.
Deforestation is removing forests to convert the land to non-forest uses like agriculture. An estimated 18 million acres of forest are lost each year. The main causes of deforestation are clearing land for housing and agriculture, logging for wood, and forest fires. Deforestation disrupts livelihoods and increases flooding and food insecurity. Solutions include governments enacting anti-deforestation policies and reforestation programs, supporting environmental organizations, using renewable energy, and educating others on the importance of forests.
This document discusses endangered species in Pakistan. It begins by defining endangered species and explaining that endangered species indicate environmental problems. It then lists reasons why animals become endangered, such as hunting, pollution, and habitat loss. The document goes on to list specific endangered mammals, birds, and other species in Pakistan, providing details on their populations and threats. It concludes by emphasizing the importance of preserving biodiversity and endangered species for future generations.
Rangelands are vast natural landscapes consisting of grasslands, shrublands, wetlands, and deserts that are distinguished from pastures by being dominated by native vegetation rather than agriculture. About 60% of Pakistan is comprised of rangelands that partly support over 93 million livestock, with rangelands primarily used for grazing in northern Pakistan and the province of Baluchistan relying heavily on livestock production from rangelands. Key terms defined include trees, shrubs, grasses, herbs, and concepts like carrying capacity, grazing capacity, and stocking rate. Rangelands provide goods and services like livestock forage, wildlife habitat, water, minerals, recreation, and natural beauty.
The slide show gives a brief about one of the critical environmental issue of Pakistan; deforestation, what are its causes, its ramifications, and what have been done so far.
Yet, a lot more extensive efforts are needed to increase the tree cover of the country in order to reduce the impacts of deforestation.
This document provides an overview of forest management in India. It begins with an introduction to forests as ecological and socio-economic resources that need judicious management. It then describes the 16 major types of forests in India based on climate and vegetation. The document discusses the issues of deforestation and its effects. It also covers topics such as forest cover in India, forest management techniques like afforestation and social forestry, non-wood forest products, forest certification programs, and Indian laws related to forest conservation.
Deforestation is the removal of forests to make room for human development. It has increased due to population growth, urbanization, and industrialization. Deforestation leads to soil erosion, flooding, loss of wildlife, increased carbon dioxide in the atmosphere, and other environmental issues. Pakistan has one of the highest deforestation rates in Asia due to unsustainable logging and lack of enforcement of forestry laws. Reforestation efforts and use of alternative energy are needed to address deforestation.
FLR in Ghana - Lessons learned and the Way ForwardGPFLR
Presentation by Dominic Blay on Forest Landscape Restoration in Ghana. Dominic Blay discusses what is needed with regard to political and institutional change for FLR to succeed in Ghana.
This document discusses integrated landscape management for biodiversity conservation and sustainable land use. It describes purchasing properties to protect conservation values, generating income through various land uses to support management costs, and developing a model that pays for itself. Key activities discussed include pastoralism, tourism, ecosystem services payments, and developing sustainable forestry and carbon projects. Challenges and opportunities around climate change, biodiversity objectives, and engaging local communities are also covered.
The Long Preston Wet Grassland Project aims to restore wet grassland habitat on the floodplain through various conservation efforts. It involves partnerships between conservation organizations and local farmers/authorities. Key goals include improving habitat for wildlife, providing funding to farmers, and increasing awareness. Surveys show the area now supports many breeding wading birds. A river restoration plan was also developed to improve the degraded ecological functions of the Long Preston Deeps site. The future involves further business/tourism development and continuing conservation management.
This document summarizes different approaches to developing strategic thinking around tree planting, habitat restoration, and greenhouse gas removal in the UK. It discusses principles from organizations like the Natural Capital Committee, Wildlife and Countryside Link, Friends of the Earth, and the Surrey Nature Partnership. Key points discussed include the need to consider biodiversity, soil and habitat impacts, long-term management and resilience, and ensuring the "right tree is planted in the right place." Monitoring and understanding trade-offs is also emphasized.
Taller Las funciones ambientales de los bosques y su rol en la reducción de l...Fundación Natura Bolivia
This document summarizes a presentation on natural resource restoration and pro-poor rural development in South Africa. It provides context on the history of natural resource management in South Africa following the end of apartheid. It outlines objectives to improve water security, biodiversity, land productivity, and rural livelihoods. It details outputs of programs like Working for Water that have restored over 1.9 million hectares and created over 2.32 million person days of employment. However, it notes challenges in fully funding restoration needs, measuring ecosystem services, and sustaining rural livelihoods. It recommends incentivizing private sector investment in restoration and establishing institutional arrangements to unlock resources for continued progress.
The document outlines guidelines from the Ministry of Environment and Forests (MoEF) regarding ecotourism in India. It discusses the roles and responsibilities of various stakeholders - including state governments, protected area management, tourist facilities, local communities, and visitors. Key points include promoting environmentally sustainable tourism, involving local communities to share benefits, adhering to regulations to prevent pollution and disturbance of wildlife, and emphasizing conservation of natural areas.
Bidiveristy conservation under rangeland policy, june 12, 2015 By ADK Mr.Allah Dad Khan
This document discusses rangeland and biodiversity conservation in Pakistan. Some key points:
- Rangelands cover 60% of Pakistan's land area but current productivity is less than 50% due to heavy grazing and degradation.
- Rangelands support both livestock and wildlife grazing but overgrazing has disturbed wildlife habitats. A rangeland policy is needed to manage this major land resource scientifically.
- Priority areas under a new policy include climate change mitigation, awareness raising, research/extension services, and generating financial resources for rangeland development. Institutional arrangements are also needed to focus specifically on rangeland management.
Biodiveristy conservation under rangeland policy presentation By Mr Allah Da...Mr.Allah Dad Khan
This document discusses rangeland and biodiversity conservation in Pakistan. Some key points:
- Rangelands cover 60% of Pakistan's land area but current productivity is less than 50% due to heavy grazing and degradation.
- Rangelands support both livestock and wildlife grazing but overgrazing has disturbed wildlife habitats. A rangeland policy is needed to manage this major land resource scientifically.
- Priority areas under a new policy include climate change mitigation, awareness raising, research, and generating financial resources to improve rangeland productivity and the services and functions they provide. Institutional arrangements are also needed to focus on rangeland management.
This is a presentation I made in 2016 when Jawhar Ecology Centre was conceptualized. Funding support in 2021 from Nisarg Foundation has enabled the project to take off.
Please do get in touch for latest updates and funding support since this presentation shares information from 2016.
Sustainable Agro-Ecosystem with Integrated Land Management Dr. P.B.Dharmasena
This document provides information about a guest lecture on sustainable agro-ecosystems with integrated land management. The lecture will cover topics such as integrated land management, land degradation in Sri Lanka, ecosystem principles, ecosystems in Sri Lanka, the concept of agro-ecosystems, ecosystem functions and services, managing agro-ecosystem biodiversity, and food-forest gardens. The lecture will take place on February 1st, 2023 from 10:30am to 12:30pm.
Watershed management involves implementing conservation practices to manage water resources in a drainage area. It aims to reduce flooding and erosion, improve water quality and supply, and support agriculture and communities. Key components include land and water conservation practices conducted both in-situ (e.g. contour bunds, terraces) and ex-situ (e.g. check dams, gully control structures). Successful watershed management requires participatory planning and implementation, a multidisciplinary approach, and flexibility to address each area's unique needs.
The document discusses sustainable forest management through the example of SUDECOR forest concession in the Philippines. It describes how SUDECOR implemented selective logging and reforestation over 40+ years to maintain 92% forest cover, including diverse dipterocarp and wildlife populations. Experts affirmed that SUDECOR demonstrated biodiversity conservation and regeneration are compatible with development through proper forest management. However, a 2011 log ban led to widespread illegal logging and land conversion in the concession and loss of forest quality elsewhere in the Philippines without sustainable practices.
A watershed is the area of land where all water drains into a common outlet such as a river, bay, or sea. Watershed development refers to conservation efforts across an entire watershed area that are aimed at sustainable management of land and water resources. The key objectives of watershed development programs in Karnataka are to improve soil and water conservation, increase agricultural productivity, restore ecological balance, and enhance incomes of local communities. Successful projects have led to increased crop yields, reduced soil erosion, expansion of forest cover, development of water resources, and higher farmer incomes.
The document summarizes the Sustainable Land and Water Management Project in Ghana. The project aims to restore degraded land in northern Ghana through sustainable land management practices including bamboo planting. It is a multi-stakeholder project that works with national and local agencies. Key activities involve community watershed planning, training farmers in techniques like no-till farming, composting, and building stone bunds and earth bunds. The project also promotes agroforestry, improved fodder, and bamboo planting to restore degraded soils and protect watersheds in northern Ghana.
This document summarizes a project to restore degraded forests in Ghana through collaboration with local communities. The project established 100 hectares of plantations with 12 indigenous tree species across 4 communities. It built the capacities of communities in nursery production and plantation establishment. The plantations have survival rates over 90% and growth rates matching or exceeding exotic species. Lessons included the importance of addressing community needs, benefit sharing arrangements, and ensuring technical support after project completion to sustain restoration efforts.
From the 2019 NACD Summer Conservation Forum and Tour.
With the increased occurrence of catastrophic fires and droughts, managing woodlands and forests has taken on an increase importance. Learn about different forest management techniques and how they impact the community.
Techniques of increasing the forest cover on agricultural areas [autosaved]Gobishankar Mohan
Agricultural land refers to the share of land area that is arable (temporary meadows for pasture, kitchen gardens, and land temporarily fallow), under permanent crops, and under permanent pasture land
Land use change
Drivers of conversion from forest to Agriculture
Restorethelandscapes
•Restoration options and techniques
•Woodland islets
•Management of Forests on active agricultural land
•Management of trees on fallow agricultural land
•Forest landscape restoration
Utilization of peat ecosystem for community welfare CIFOR-ICRAF
Presented by Haris Gunawan of the Research and Development Peat Restoration Agency at the 3rd Asia-Pacific Rainforest Summit, on 23–25 April 2018 in Yogyakarta, Indonesia
Similar to Billion Tree Tsunami Afforestation Project in KP (20)
The document discusses various types of dilemmas including:
- Ethical dilemmas that force a choice between two undesirable options.
- Prisoner's dilemmas where cooperation results in a better outcome than defection.
- Social dilemmas where individual interests conflict with collective interests.
It also examines different logical forms of dilemmas such as constructive and destructive dilemmas. Overall, the document provides an overview of common dilemmas across different domains like ethics, logic, and social situations.
This document discusses reducing inequalities as outlined in UN Sustainable Development Goal 10. It notes that while laws may provide for equality, in practice extreme gaps exist between formal rights and actual equality. To address this, a 3-point framework is proposed focusing on resources, respect, and voice. Specific targets and policies are outlined to promote inclusion, equal opportunities, and reduce inequality outcomes through 2030. Barriers to achieving equality are analyzed, including lack of quality data and surveys in some countries.
Rural development with focus on akdn.docxAlee Shah
The Aga Khan Development Network (AKDN) works to improve living conditions and opportunities in parts of Asia and Africa through programs in health, education, rural development, and economic development. It aims to provide choices and opportunities to communities to determine their own development. Specifically, the Aga Khan Foundation focuses on reducing rural poverty through programs linking natural resource management, infrastructure, agriculture and skills development. It works to strengthen communities and provide long-term solutions to problems like poverty, hunger and illness.
The document discusses various types of dilemmas including:
- Ethical dilemmas that force a choice between two undesirable options.
- Social dilemmas that create a conflict between individual and collective interests.
- Logical dilemmas (like the prisoner's dilemma) that use conditional and disjunctive statements to imply an unavoidable conclusion.
The key aspects of dilemmas are that they involve difficult choices between two negative or unfavorable options with no ideal solution.
Gender inequality in political representationAlee Shah
While women now have the right to vote in Pakistan, gender inequality persists in political representation. Only 22.8% of national parliamentarians globally are women. Pakistan has taken steps to increase women's representation through reserved seats, but true equality will require parties to promote women in mainstream elections and address their issues. Factors like education, economic development, and liberal attitudes can increase women's political participation. Experts recommend parties recruit more female candidates, provide training, and address women's issues in platforms. The media and civil society also have roles to play in advancing women in politics.
This document discusses climate change in Pakistan. It defines climate change and explains its causes, both natural and human-induced factors. It outlines evidence of climate change impacts like rising global temperatures and sea levels. The document discusses Pakistan's vulnerability to climate change and its impacts on areas like agriculture, food and water security, health risks and migration. It provides details on climate policies and institutions in Pakistan like the Ministry of Climate Change, Pakistan EPA, and national climate change policies. It also discusses climate change centers, and outlines strategies for adaptation and mitigation.
How To Cultivate Community Affinity Throughout The Generosity JourneyAggregage
This session will dive into how to create rich generosity experiences that foster long-lasting relationships. You’ll walk away with actionable insights to redefine how you engage with your supporters — emphasizing trust, engagement, and community!
Jennifer Schaus and Associates hosts a complimentary webinar series on The FAR in 2024. Join the webinars on Wednesdays and Fridays at noon, eastern.
Recordings are on YouTube and the company website.
https://www.youtube.com/@jenniferschaus/videos
karnataka housing board schemes . all schemesnarinav14
The Karnataka government, along with the central government’s Pradhan Mantri Awas Yojana (PMAY), offers various housing schemes to cater to the diverse needs of citizens across the state. This article provides a comprehensive overview of the major housing schemes available in the Karnataka housing board for both urban and rural areas in 2024.
Jennifer Schaus and Associates hosts a complimentary webinar series on The FAR in 2024. Join the webinars on Wednesdays and Fridays at noon, eastern.
Recordings are on YouTube and the company website.
https://www.youtube.com/@jenniferschaus/videos
Combined Illegal, Unregulated and Unreported (IUU) Vessel List.Christina Parmionova
The best available, up-to-date information on all fishing and related vessels that appear on the illegal, unregulated, and unreported (IUU) fishing vessel lists published by Regional Fisheries Management Organisations (RFMOs) and related organisations. The aim of the site is to improve the effectiveness of the original IUU lists as a tool for a wide variety of stakeholders to better understand and combat illegal fishing and broader fisheries crime.
To date, the following regional organisations maintain or share lists of vessels that have been found to carry out or support IUU fishing within their own or adjacent convention areas and/or species of competence:
Commission for the Conservation of Antarctic Marine Living Resources (CCAMLR)
Commission for the Conservation of Southern Bluefin Tuna (CCSBT)
General Fisheries Commission for the Mediterranean (GFCM)
Inter-American Tropical Tuna Commission (IATTC)
International Commission for the Conservation of Atlantic Tunas (ICCAT)
Indian Ocean Tuna Commission (IOTC)
Northwest Atlantic Fisheries Organisation (NAFO)
North East Atlantic Fisheries Commission (NEAFC)
North Pacific Fisheries Commission (NPFC)
South East Atlantic Fisheries Organisation (SEAFO)
South Pacific Regional Fisheries Management Organisation (SPRFMO)
Southern Indian Ocean Fisheries Agreement (SIOFA)
Western and Central Pacific Fisheries Commission (WCPFC)
The Combined IUU Fishing Vessel List merges all these sources into one list that provides a single reference point to identify whether a vessel is currently IUU listed. Vessels that have been IUU listed in the past and subsequently delisted (for example because of a change in ownership, or because the vessel is no longer in service) are also retained on the site, so that the site contains a full historic record of IUU listed fishing vessels.
Unlike the IUU lists published on individual RFMO websites, which may update vessel details infrequently or not at all, the Combined IUU Fishing Vessel List is kept up to date with the best available information regarding changes to vessel identity, flag state, ownership, location, and operations.
Indira awas yojana housing scheme renamed as PMAYnarinav14
Indira Awas Yojana (IAY) played a significant role in addressing rural housing needs in India. It emerged as a comprehensive program for affordable housing solutions in rural areas, predating the government’s broader focus on mass housing initiatives.
Jennifer Schaus and Associates hosts a complimentary webinar series on The FAR in 2024. Join the webinars on Wednesdays and Fridays at noon, eastern.
Recordings are on YouTube and the company website.
https://www.youtube.com/@jenniferschaus/videos
RFP for Reno's Community Assistance CenterThis Is Reno
Property appraisals completed in May for downtown Reno’s Community Assistance and Triage Centers (CAC) reveal that repairing the buildings to bring them back into service would cost an estimated $10.1 million—nearly four times the amount previously reported by city staff.
2. Green Growth Initiative
An initiative by KP government to paint
economy Green,
Six focus areas Identified
• Forestry,
• Protected Areas,
• Clean Energy,
• Climate Resilience,
• Water/Sanitation
• Waste Management for Khyber Pakhtunkhwa
3. The Billion Trees Tsunami Afforestation Project (
BTTAP)
• aimed at planning, designing, commencing and implementing “Green
Growth Initiative” in the Forestry Sector of Khyber Pakhtunkhwa
Province.
4. Project Digest
Project Title
• Billion Trees Tsunami
Afforestation Project in Khyber
Pakhtunkhwa (Revised Phase-1)
Implementation
• The project extends to the entire KP
Province.
• It will be executed in two phases.
• The Phase 1 with a cost of Rs 1912.0
million will initiate activities,
• While Phase 2 of Rs12422.72 million will
complete the entire program. It will be
implemented by the three Forest Regions
of Khyber Pakhtunkhwa Forest
Department.
• Identification of potential donors which
will be explored during Phase-1 of the
Project.
5. Authorities responsible for
Sponsorship
• The Phase-1 of this Programme costing Rs
1912.0 million will be sponsored through
ADP of Forest Sector by Govt. of Khyber
Pakhtunkhwa, Forestry, Environment and
Wildlife Department.
• The Phase 2 costing Rs12422.72 million will
be sourced through Provincial ADP and
support of potential donors
Operation and maintenance
Khyber Pakhtunkhwa Forest Department
Execution
• Govt. of Khyber Pakhtunkhwa–Forest
Department through Project Director, Billion
Trees Tsunami Afforestation Project under the
overall administrative control of the Secretary
Forestry, Environment and Wildlife
Department Khyber Pakhtunkhwa.
• The activities will be executed through the
territorial/ managerial staff of each Forest
region under the over all control of CCF
concerned.
6. Objectives
• Conserve and develop forests and other renewable natural
resources so as to meet the needs of local communities for
timber, firewood and fodder production.
• Increase the incomes of local people from the sale of forest
products and services and provide gainful employment
opportunities to the local people close to their places of
residence.
• Improve the quality of local human environment.
• Increase forest lands productivity and produce timber,
firewood, and other multipurpose tree species.
• Increase the rangeland/pastures productivity and other
related services and functions
• Contribute towards meeting Pakistan’s needs for timber,
non-timber forest products.
• Enhance the protective functions of watersheds for
regulating their water regimes, retarding soil erosion and
siltation of reservoirs, and protecting downstream agriculture
and infrastructure from flood damages
• Contribute towards meeting Pakistan’s needs
for timber, non-timber forest products.
• Enhance the protective functions of
watersheds for regulating their water regimes,
retarding soil erosion and siltation of
reservoirs, and protecting downstream
agriculture and infrastructure from flood
damages.
• Assist the Government of Khyber
Pakhtunkhwa and Pakistan in meeting the
obligations of relevant international treaties
and conventions, such as Convention on
Biodiversity, the Climate Change Convention,
the Desertification Convention, and Agenda
21.
• Conserve biological diversity.
• Contribute to carbon sequestration and thereby
play a role in retarding global warming and
climate change.
7. Targets
• Increase area of forests by two percent through converting 30,000 ha
additional land into forests annually.
• Increase density (area of forests having canopy cover below 50%) of
7% degraded forests by closure against grazing and fire.
• Launch “Billion Tree Afforestation” campaign to involve local
communities in sacred pursuit of greening Khyber Pakhtunkhwa.
• Establish rules for REDD+ to assign Carbon value to forests and
institute REDD+ a tool to promote conservation.
• Conserve Khyber Pakhtunkhwa Forests as valued natural asset.
17. Plantation
• an area of 130000 ha will be planted
during this phase.
• mostly with broadleaved
multipurpose fast growing and
drought resistant tree
species/indigenous species and
suitable conifers
• and 10X10 feet plant to plant
spacing will be maintained after
incorporating slope factor. On an
average 1075 plants will be planted
in one hectare.
• The following process/ modality will
be followed for ensuring meaningful
and active participation of the
stakeholders:
Establishment of Nurseries
• Establishment of Departmental Nurseries
• A forest nursery at each Forest Division
headquarter will be established.
• The size will be 5 ha. In case of non-
availability of this much area on one spot,
then it can be raised in 2 or 3 parts as well.
Under this category 95 ha potted and 270
ha bare-rooted nurseries will be raised. This
will be a nursery of excellent quality to be
used as demonstration and training sites for
the private nursery growers. The 117.37
million plants will be raised through tube
while 33.36 million through bare rooted
nurseries departmentally
• Establishment of private forest nurseries
through Youth, Women and Progress
formers
18.
19. Plantation
• These plantations will be done on the pattern of watershed management project, FSP, Social Forestry and KIDP. Under this program, plantation of
mostly broadleaved species will be made on the waste land in order to meet the demand of firewood to reduce pressure on the natural forests. These
areas will be identified in vicinity of forests in consultation with local communities. Under this programme an area of 130000 ha will be planted during
this phase, mostly with broadleaved multipurpose fast growing and drought resistant tree species/indigenous species and suitable conifers. The
completely blank designated forests and state lands will also be planted under this programme through ecologically suitable species.
• For this purpose forest staff and concerned community organizations will make the area selection and choice of species jointly. Good quality planting
stock will be used and 10X10 feet plant to plant spacing will be maintained after incorporating slope factor. On an average 1075 plants will be planted
in one hectare.
• The main responsibility of planting and maintenance of these plantations will rest with the staff of Forest Department however; the support of the
local communities will be enlisted. The following process/ modality will be followed for ensuring meaningful and active participation of the
stakeholders:
• Identification of the village having areas suitable for block plantation.
• Identification of stakeholder community/owner/owners.
• Motivation of the concerned community to play its role and efforts to organize them.
• Joint demarcation of the area selected for plantation.
• Conclusion of terms of partnership (ToP) between owner / community.
• Choice of species selection jointly keeping ecological, social and economic consideration into view.
• Good Quality planting stock will be planted at 10’ x 10’ spacing after incorporating slope factor.
• Pit size will be 2’ x 1.5’ x 1.5’ for bare-rooted & 1.5’ x 1’ x 1’ for tube plants
20. • Area will be measured through GPS & mapped.
• Immediate after plantation chowkidar will be employed through community who will be responsible for watch & ward coupled with beating up of failure. Chowkidar will be paid
after his work duly verified by the community as well as concerned staff.
• Separate history file / plantation journal will be maintained for each plantation area. History file should consists of pre-activity photo, during currency of work and after
completion of work through fixed point photography coupled with GPs-Coordinates and map of the area. It will also contain detailed description of area so that change can be
detected later on.
• The size of block plantation will vary from 40 ha & above but occasionally if area has good aesthetic and promotional value or has future potential of expansion lower limit can be
relaxed up to 20 ha. However plantation will also be carried out in designated Forests lands devoid of trees, but prior to take designated forests, pre-activity photos of those
Forests & reasons of depletion of Forests & their causes should be mentioned. The DFO will personally testify that area had no vegetation or give its extent if available in part
thereof. Similarly for ensuring benefits to small owners the preference in selection of areas will be given to community owned land or land owned by several owners.
• Reclamation/rehabilitation of bad sites through soil and water conservation measures, bioengineering structures and planting of drought resistant species
• Throughout the province, there are a number of areas/valleys where the land degradation has reached to a level, where most of the vegetation cover has lost and the top fertile
soil has been washed away through accelerated soil erosion. These sites need immediate rehabilitation to recover their products, services and functions. These sites also include
the catchment of the existing or newly constructed water structures, dams, canals etc. The main activities will include soil and water conservation structures, and planting of
drought resistant trees, shrubs and grasses. This activity will extend over an area of 950 ha during current phase. The climate resilient mechanism and strategy will be adopted for
conservation and management of natural resources.
• Reclamation of saline and water logged areas
• In central and southern parts of the province, a large number of sites have been affected by salinity and water logging which do not support any vegetative growth. In order to
bring these types of sites back to their productive potential in terms of vegetation cover and productivity, a number of interventions are available including planting of suitable
trees, shrubs and grass species which can survive under these conditions. This may also include the ploughing and removal of hard crust in case of saline soils and construction of
drains in case of water logged areas. A total target of 1000 ha has been planned for the current phase.
• Planting along roads, canals and railway tract including motorway
• A vast area fit for planting is available along road, canals and railway tract, which can be efficiently utilized for timber production, fuel wood, fodder, aesthetic and shade
purposes. Unlike traditional linear planting, a landscape approach will be adopted, which will lead to produce an ecosystem effect. As these areas are vulnerable to human
disturbance and local grazing; therefore proper fencing will be needed. The choice of species will be according to the ecological requirements and site suitability. Under this
programme, 2000 ha area will be covered in the current phase.
21. Establishment of Nurseries
• Establishment of Departmental Nurseries
• A forest nursery at each Forest Division headquarter will be established, where both tube and bare-rooted seedlings will be raised to meet the requirements for various
categories of plantations. The size will be 5 ha. In case of non- availability of this much area on one spot, then it can be raised in 2 or 3 parts as well. Under this category 95 ha
potted and 270 ha bare-rooted nurseries will be raised. This will be a nursery of excellent quality to be used as demonstration and training sites for the private nursery growers.
The 117.37 million plants will be raised through tube while 33.36 million through bare rooted nurseries departmentally.
• Choice of species grown in the nursery will be made in accordance with the requirement of area to be planted. Timely initiation of nursery and preparatory arrangements
including procurement of polythene-bags and seed etc would be important for achieving the plant production targets of desired stem-size. Region and Division wise targets are
given in Annexes III a, III b, and III c respectively. In total 50% of the planting stock will be raised departmentally.
• Establishment of private forest nurseries through Youth, Women and Progress formers
• On identification and nomination of local community organizations and mass communication / advertisement the potential growers for nursery units will be identified. Keeping in
view the parameters of cultural norms, and economic feasibility, the number of potted plants to be raised in each male and female unit. The potted nursery and the bare-rooted
nursery will produce 100 million seedlings this year, the unit will be 25,000 Nos. Under this 2000 potted nurseries and 2000 bare rooted nurseries will be established. In case of
progressive nursery former the number of units can be enhanced depending upon his capability to raise nurseries and there is no upper limit. However, it has been observed that
small units are not economical feasible and unit above 4 are also not ideally maintained. Under this category the further distribution of private nurseries will be 40% of total
allocated for Youth, 10% for women, 10% for senior citizens & 40% will be reserved for progressive farmers.
• The number of ha given in the PC-1 is based on total number of seedling to be produced and does not limit the size of the nursery and the size of nursery will vary according to
the site condition. However, generally the size of one unit per women and senior citizen will be preferred, while generally good commercial size will be from two to four nursery
units. This year 10% nurseries will be allocated to women, 10% to senior citizens, 40% to youth and another 40% to progressive farmers and entrepreneurs.
• Besides raising 150 million plants through departmental nurseries and 100 million plants through private nurseries, to be organized maintained by department and another 50
million seedlings will be raised through nurseries managed through leading NGOs. The Nurseries that will mandated to NGOs will also include women, senior citizens, youth and
progressive nurseries farmers as already defined above. The same price as indicated for private nurseries will be paid to growers. The payment to nursery grower will be made
through cross cheque on recommendation of NGO concerned and verification of Forest staff by DFO. The NGOs will be provided Rs 0.50 per plant as a fee to provide services.
• The synergies will be created with local programs of NGOs and NGOs will be motivated to enter in partnership for raising nurseries and its management. The NGOs will also be
actively involved in farm forestry programs.
22. Closure
• The increased number of livestock and the associated unrestricted grazing and frequent forest fires are amongst the major factors hampering natural regeneration especially in the high hill
designated forests. Closing against grazing is the most economic and effective way of promotion of natural regeneration where the forests are growing on steep and remote areas and carriage of
plants for planting is very expensive and time consuming. In such forests, sufficient seed source is available and the climatic conditions are also favorable. Therefore the closure of the area for
natural regeneration is the appropriate and most cost effective option. The area will be closed against grazing for consecutive four years to support the recovery of landscape/cover restoration
approach, where the most endangered species (both plants and animals) will also be the focus to achieve integrated natural resource management. In closure dibbling and sowing of seed of
indigenous trees species especially walnut will be reported to restore ecological system especially in Forest Division of Upper & Lower Kohistan, Kaghan, Siran, Gallies, Hazara Tribal, Tor Ghar,
Chitral, Kalam, Dir Lower and Upper Dir. Since the success of activity depends upon active support of the primary stakeholders therefore, their involvement is crucial. In Phase-I 650 VDCs were
target for closure for designated Forests, These closed forests will be maintained through system already established in consultation with local organized communities. Keeping in view the
importance of this system and its crucial need to rehabilitate degraded forests this system will be further extended, however in view of learnings generated during Phase-I, the following process will
be pursued.
• Those compartments will be selected which have been degraded & have density ranging from 10-30% have at least 25% of its area extremely open having up to 20% density that requires
regeneration.
• In case no such area will be available in designated Forests, DFO will testify it and can take natural stands outside the designated Forests.
• The DFO concerned will develop base line of the compartment, coupled with map of the area to be closed for natural regeneration. The base line will include, photos and description of area, its
technical feasibility, need of closure, causes of degradation & scope of closure.
• In this phase minimum unit for closure will be a compartment & its unit cost will also change i.e. 0.205 million, keeping in view the fencing of barbed wired on vulnerable points.
• DFO concerned will then hand over the base line compartment its & his technical feasibility to CDE&GAD Directorate/CDO for social profiling which has rights/dependence & de-facto or dejure use
rights over the Forests.
• The Director CD will develop social feasibility which will cover social profiling of community, its number of livestock, current use and alternative arrangements. Based on technical feasibility drawn
by DFO and Social feasibility drawn by CD staff and consultation with community DFO will decide area of closure.
• Joint finalization of the area to be closed:
• After organization both the stakeholders i.e deptt and community will visit the area to be closed, along with identification of alternate sites for their use and also carve out system for protection.
• Concluding terms of partnership with VDC/JFMC/VO/CO & consequently registration of VDC/JFMC/VO/CO by concerned DFO.
• Nagaban / Chowkidar if required and agreed in a protection system will be nominated by concerned organization who will be responsible for watch & Ward, prevention of closure from fire, illicit
grazing, illicit cutting, closing entrance through brush fencing or through barbed wire as well as sowing / dibbling & planting. The payment to Negaban will be made through community concerned.
Before start of work / Activity bench mark/ existing situation should be fixed through history file to compare it with achievement later on.
24. Monitoring
• Monitoring is vital for successful launching and meeting the objectives of the Billion Trees Tsunami Afforestation Program. Monitoring of the project activities are being carried out through three tiered monitoring mechanism i.e. at department, project and third party
monitoring.
• Departmental Monitoring
• The Chief Conservator of Forests, Conservator of Forests and Divisional Forest Officers are implementing and monitoring each and every activity of the project as per following mechanism.
• All the activities are marked on GIS maps and the coordinates for the plan field activities will be provided by the field staff to the PMU before undertaking physical
• The DFO will supervise work and shall be responsible for 100% correctness, after proper monitoring and verification.
• The DFO concerned will also ensure that compartment history file is maintained having map of plantation, pre, during and post work photographs of the area, quality and quantity of work done, GPS coordinates record of the area and updation of history files.
• The Conservator of Forests of the concerned forest circles will physically monitor and verify the 30% work to satisfy correctness of work in his area of jurisdiction. Further he has to ensure that duties of DFO regarding developmental works are fulfilled, gaps identification and
course correction accordingly.
• The Chief Conservator of Forests of the region has to ensure policy coherence regarding project concept and guide the field staff on course correction. Overall he is responsible for correctness of entire developmental works carried out in his jurisdiction under the project. He has
to monitor and verify 10% of the total work done.
• Monitoring by PMU
• At project level monitoring will be handled by three Monitoring & Evaluation Officers one each at regional level with support staff. The Project Director will involve the Forestry Planning and Monitoring circle to deliver the following activities.
• Establish baseline in forest and non-forest areas for the project using 2013 satellite imageries upto June 2015.
• Database establishment in MS ACCESS program encompassing the details of Plantation Journals and Nursery Journals (History files) of all areas to be monitored. Details such as natural regeneration, pit size, density, area covered through plantation in buffer zone, wastelands and
farmlands.
• Provide inputs to PMU on ToR’s development for external monitoring & evaluation, delineating functions for external validators and MOU signing.
• Monitoring through GIS/RS, fixed point photography (Pre, during and post activity) and physical verification through surveys using GPS.
• Build capacity of the field staff in monitoring
• Development of Maps for areas monitored showing details of activities.
• Compilation of report containing suggestions on course correction for area managers as well as forwarding remedial measures to steering committee.
• Liaise with external valuators, facilitating them in providing data and information sharing on developmental activities carried out under the project.
• External Monitoring & Evaluation
• External monitoring is being carried out through an independent organizations selected through a competitive bidding process. TORs and appropriate procedures and mechanism for external monitoring is as under.
• The External Monitoring Team will take 30% of new treated areas
• These areas will be randomly selected in each ecological zone/ forest type.
• Regarding plantation sites 1% sampling intensity will be followed to see the quality and quantity of work done as well as the survival rate.