a short description of water, its availability world wide and its uses + Afghanistan's land cover and its water scenario + description of Afghanistan five major rivers, Dams and water basins.
Effects of Climate change on water resourcesNjorBenedict1
Climate change will impact water resources in several ways:
1) Precipitation patterns will change and become more variable, increasing in some areas and decreasing in others, affecting water availability.
2) Rising global temperatures will cause more evaporation and affect factors like snowpack and glacial melt, altering hydrologic cycles.
3) These changes will strain water supplies, increasing risks of flooding, drought, and conflicts over scarce resources while placing stress on ecosystems and human communities. Improved management is needed to enhance resilience to such vulnerabilities.
Climate change will have major impacts on water resources and society. While some impacts like heavier rainfall are more visible, changes like reductions in water supply and quality will also be significant. Vulnerability to climate change is determined by exposure to risks, sensitivity of systems, and adaptive capacity. India faces widespread poverty and many policy and community efforts are needed to build resilience, though many current responses only provide temporary relief. Adaptation is key to reducing the risks of climate change impacts on water and livelihoods.
This document provides information about environmental change and water scarcity. It discusses how only 3% of the world's water is freshwater, and this freshwater is distributed unevenly. It then covers several causes of water scarcity like climate change, population growth, and pollution. Various impacts of water scarcity are explained such as lack of access to drinking water, hunger, disease spread, and conflict over water resources. Solutions to water scarcity discussed include recycling water, improving farming practices, and supporting clean water initiatives. The document also contains country-specific information about water scarcity in India.
Water Resource Management Powerpoint Presentation SlidesSlideTeam
Discuss the process of planning, developing, and managing the optimum use of water resources by using Water Resource Management PowerPoint Presentation Slides. This Water resource system PowerPoint slideshow can be used to explain the overview of market size, growth rate, and capital expenditure of the water industry. You can present the survey data for determining water quality by using the water cycle management PPT slideshow. Demonstrate the division of the wastewater treatment market by editing our content-ready water quality monitoring PowerPoint slide deck. You can easily edit our water resources presentation to highlight the natural processes and human processes that affect water quality. Showcase the leading factors that will affect the performance of the water technology market by using water quality assurance PowerPoint visuals. Key trends that will influence the water industry in the future such as increasing regulation, failing infrastructure, greater conservation, and efficiency, etc. can also be presented with the help of our ready-to-use water management PPT visuals. Discuss how you can design an effective water quality monitoring program by downloading our professionally designed water resource management PowerPoint slides. https://bit.ly/3fb5ExJ
REMOTE SENSING & GIS APPLICATIONS IN WATERSHED MANAGEMENT Sumant Diwakar
This document discusses remote sensing and GIS applications for watershed management. It describes how remote sensing can be used to characterize watersheds by mapping attributes like size, shape, drainage patterns, geology, soil, land use, and groundwater potential. Remote sensing data can be integrated with socioeconomic data and used to delineate watershed boundaries, prioritize watersheds for development, and generate action plans. The document also outlines steps for watershed demarcation, characterization using tools like GEOMORIS, and prioritization using methods such as the sediment yield index.
This presentation covers the sustainable water resources in India. It also covers the concepts of sustainablity, government policies and the role of the society in promoting water sustainability.
Effects of Climate change on water resourcesNjorBenedict1
Climate change will impact water resources in several ways:
1) Precipitation patterns will change and become more variable, increasing in some areas and decreasing in others, affecting water availability.
2) Rising global temperatures will cause more evaporation and affect factors like snowpack and glacial melt, altering hydrologic cycles.
3) These changes will strain water supplies, increasing risks of flooding, drought, and conflicts over scarce resources while placing stress on ecosystems and human communities. Improved management is needed to enhance resilience to such vulnerabilities.
Climate change will have major impacts on water resources and society. While some impacts like heavier rainfall are more visible, changes like reductions in water supply and quality will also be significant. Vulnerability to climate change is determined by exposure to risks, sensitivity of systems, and adaptive capacity. India faces widespread poverty and many policy and community efforts are needed to build resilience, though many current responses only provide temporary relief. Adaptation is key to reducing the risks of climate change impacts on water and livelihoods.
This document provides information about environmental change and water scarcity. It discusses how only 3% of the world's water is freshwater, and this freshwater is distributed unevenly. It then covers several causes of water scarcity like climate change, population growth, and pollution. Various impacts of water scarcity are explained such as lack of access to drinking water, hunger, disease spread, and conflict over water resources. Solutions to water scarcity discussed include recycling water, improving farming practices, and supporting clean water initiatives. The document also contains country-specific information about water scarcity in India.
Water Resource Management Powerpoint Presentation SlidesSlideTeam
Discuss the process of planning, developing, and managing the optimum use of water resources by using Water Resource Management PowerPoint Presentation Slides. This Water resource system PowerPoint slideshow can be used to explain the overview of market size, growth rate, and capital expenditure of the water industry. You can present the survey data for determining water quality by using the water cycle management PPT slideshow. Demonstrate the division of the wastewater treatment market by editing our content-ready water quality monitoring PowerPoint slide deck. You can easily edit our water resources presentation to highlight the natural processes and human processes that affect water quality. Showcase the leading factors that will affect the performance of the water technology market by using water quality assurance PowerPoint visuals. Key trends that will influence the water industry in the future such as increasing regulation, failing infrastructure, greater conservation, and efficiency, etc. can also be presented with the help of our ready-to-use water management PPT visuals. Discuss how you can design an effective water quality monitoring program by downloading our professionally designed water resource management PowerPoint slides. https://bit.ly/3fb5ExJ
REMOTE SENSING & GIS APPLICATIONS IN WATERSHED MANAGEMENT Sumant Diwakar
This document discusses remote sensing and GIS applications for watershed management. It describes how remote sensing can be used to characterize watersheds by mapping attributes like size, shape, drainage patterns, geology, soil, land use, and groundwater potential. Remote sensing data can be integrated with socioeconomic data and used to delineate watershed boundaries, prioritize watersheds for development, and generate action plans. The document also outlines steps for watershed demarcation, characterization using tools like GEOMORIS, and prioritization using methods such as the sediment yield index.
This presentation covers the sustainable water resources in India. It also covers the concepts of sustainablity, government policies and the role of the society in promoting water sustainability.
This document summarizes a seminar presentation on developing a new drought index called the Standardized Wetness Index (SWI) that considers the joint effects of climate and land surface change. The presentation reviews existing drought indices and their limitations in accounting for these effects. It then describes calculating the SWI using a residual water energy ratio fitted to a probability distribution with a parameter (n) representing climate-land surface interactions. The SWI is validated using two catchments experiencing land use changes, showing n correlates with restoration efforts and the SWI detects reported droughts. The SWI provides a way to assess dryness/wetness from both climate change alone and combined climate-land surface effects.
Water resources management is critical because water shortages, quality deterioration, and flood impacts require greater attention and action. Integrated Water Resources Management (IWRM) is a process that can help countries deal with water issues in a sustainable way. IWRM calls for coordinating the development and management of water, land, and related resources to maximize economic and social welfare without compromising ecosystems. It requires integrating management between different water uses and involving various stakeholders.
This document discusses the sustainable management of water resources. It notes that river basins integrate economic, social, and environmental systems across political boundaries, so water management decisions should reflect this integrative nature. When systems are not managed sustainably, such as in the Aral Sea region where unsustainable irrigation practices depleted the sea, severe environmental, health, and economic problems can result. Achieving sustainable water resources management requires taking a basin-scale, multidisciplinary approach that considers impacts across different levels and balances current and future needs.
Presentation by Dr. Adrian Cashman of the Centre for Resource Management and Environmental Studies (CERMES) at the 5th High Level Session Ministerial Forum of the Global Water Partnership-Caribbean (GWP-C).
This document discusses Bangladesh's experience with climate change impacts and adaptation strategies. It provides background on the vulnerability of Bangladesh's deltas to sea level rise, cyclones, and flooding. It then outlines several autonomous and planned adaptation approaches used in Bangladesh, including coastal afforestation, embankments, transitional shelters, and housing elevated on stilts. The document recommends prioritizing mangrove planting, implementing tidal river management, encouraging accommodative settlement patterns, and facilitating planned resettlement to safer areas. It stresses the importance of community participation and cultural acceptance for successful adaptation.
Climate Change And Water Crisis- Obstacle for the sustainable environment. Climate change is a complex problem that has increased the need for an integrated, multi-sectorial and multidisciplinary response. Apart from the normal water domain, decision-makers in other spheres (finance, trade, energy, housing, regional planning, agriculture) must use and consume water efficiently. Sustainable management and development of water resources will play a pivotal role in preparing societies’ ability to adapt to climate change in order to increase resilience and achieve development goals.
The seminar report aims to draw attention to the critical importance of better water resources management in adapting to climate change and gives reasons why it should be systematically integrated into national plans and international investment.
• Find out causes of climate change and its impact on the water crisis.
• Water sources and demand of water.
• Actions to improve the ability to understand impacts, vulnerability, and adaptation to climate change in the water sector;
• Actions were taken to enhance informed decisions on adaptation planning, measures, and action.
This document discusses using hydrological models like SWAT, MODFLOW, and SEAWAT to assess the impacts of climate change on water resources. It provides an overview of these models, including their inputs, outputs, capabilities, and examples of case studies applying the models. Specifically, SWAT is highlighted as it can be used at the watershed scale to model processes like precipitation, evapotranspiration, infiltration, surface runoff, and streamflow under different climate scenarios. The document emphasizes the importance of hydrological modeling and tools like MODFLOW for understanding and predicting hydrologic system responses to climate change.
The document provides an outline for a presentation on the SWAT (Soil and Water Assessment Tool) hydrological model. It begins with an introduction to hydrological modeling and the development and utilities of the SWAT model. It describes the data requirements, model framework, and step-by-step procedure to run the model. A case study applying the SWAT model to the Simly Dam watershed in Pakistan is summarized. The limitations and future developments of the SWAT model are briefly discussed, followed by references.
Virtual water refers to the volume of water used to produce goods and services. It looks at the water footprint of various products taking into account both direct and indirect water use. There are three types of water footprints - green, blue, and grey water. The document discusses various approaches to accounting for virtual water, including top-down and bottom-up methods. It also examines current issues like large water footprints in water-abundant areas and the need for policies to encourage efficient and sustainable water use globally through concepts like water neutrality.
Springshed Management and Springwater Quality AnalysisPankaj Thakur
This document summarizes a study on the current status, geology, and restoration plans for natural springs in the hilly region of Uttarakhand, India. It was conducted by the Department of Irrigation and Drainage Engineering under the supervision of four professors. The study presents an introduction on the importance of springs in the region and issues affecting them. It then outlines the objectives, literature review, study area description, methods used for delineating springshed boundaries, analyzing spring water quality, and developing a springshed management plan. Key results discussed include the current status of springs in Uttarakhand, the quality assessment of springs in Pithoragarh district, and delineation of the springshed study area.
Prospects and challenges in development of ground water resources of bangladesh Jahangir Alam
1. Groundwater is an important resource in Bangladesh, providing around 50% of water supplies. However, overextraction of groundwater is causing water tables to decline rapidly in some areas.
2. Other challenges include the energy needs to pump groundwater, which places strain on electricity infrastructure. Groundwater is also threatened by arsenic contamination and changes to wetland areas during dry periods.
3. Sustainable management of groundwater resources will require improving irrigation efficiency, balancing extraction and recharge, diversifying crops, revising policies, and addressing water shortages caused by monsoon variability.
Lecture notes eat 359 (water resources engineering) lecture 1-studentmusab ahmed
This document provides an overview of water resources in Malaysia. It discusses where water comes from on Earth and the percentages of freshwater available. Only 0.6% of Earth's water can be used by humans. The document then summarizes water demand in Malaysia by sector from 2010 to 2050, with total demand projected to increase from 14,785 million cubic meters to 18,233 million cubic meters. Key challenges facing water resources include population growth, urbanization, climate change, and pollution. The document also discusses issues like water pricing, wastewater treatment, and moving towards more sustainable water management through green technologies and integrated approaches.
This document discusses river basin management and flooding. It provides reasons for managing river basins, including for irrigation, water supply, navigation, tourism, hydroelectricity, and flood prevention. It then focuses on flooding, discussing both physical and human causes. It also discusses strategies for flood management, including hard engineering approaches like dams and levees, as well as softer approaches like land use regulation, warning systems, and insurance. Specific examples from the Tees Valley, Bangladesh, and Vaiont Dam disaster in Italy are also summarized.
The document provides an overview of water resource development in India. It discusses India's water resources and achievements in irrigation development. It notes that while irrigation development has increased availability, future water demand is expected to exceed supply by 2025 unless better management practices are adopted. It emphasizes the need for more efficient water utilization, increased storage, integrated management, and people's participation to achieve sustainable development of water resources in India.
Hydrologic Assessment in a Middle Narmada Basin, India using SWAT ModelSumant Diwakar
The document describes a study that used the SWAT (Soil and Water Assessment Tool) model to assess hydrologic processes in the middle Narmada River basin in India. Key inputs to the SWAT model included digital elevation data, land use/land cover maps, soil data, and weather data. The model was set up to simulate hydrologic response units based on land use, soil type, and slope. Model outputs included estimates of precipitation, temperature, evapotranspiration, and streamflow over the study period. Results indicated that about 46% of annual precipitation was lost to evapotranspiration in the basin. The study provides a hydrologic assessment of the basin using remote sensing and geospatial data within the SWAT
This document outlines a water security planning case study from Chhuanthar Tlangnuam village in Mizoram, India. It describes the village demographics, 6 springs that supply water, and seasonal water availability. Field visits involved mapping resources and social aspects, surveys of households, and water demand calculations. Analysis found water demand exceeds supply in summer. A water security plan was developed to address the gap.
This document provides an overview of flooding in Bangladesh. It discusses the major river systems in Bangladesh and defines different types of floods. It then summarizes the causes of flooding in Bangladesh, which include its low topography, high monsoon flows, siltation of rivers, and effects of tides. Impacts of flooding are extensive and include loss of lives, crops, infrastructure, and economic losses. Several major floods are described, including the devastating 1988 flood that affected over 60% of the country. In summary, Bangladesh's geographic features and location make it highly vulnerable to flooding.
Understanding Afghan Traditional Irrigation Systems (Afghanistan)ronsavage54
This document discusses traditional Afghan irrigation and water management systems. It notes that most of Afghanistan's water depends on winter snowfall, there is little watershed management, and lack of access to water contributes to poverty. It describes the traditional gravity-fed and pumped irrigation systems used, including canals, reservoirs, karez underground tunnels, and hand-dug wells. It highlights challenges such as short-term interventions, land disputes, and lack of trained staff. The document recommends a longer-term approach to watershed management, training more watershed managers, and building on traditional systems.
Canada's goals for its mission in Afghanistan by 2011 included:
1) Increasing security capabilities of the Afghan National Police and training for the Afghan National Army.
2) Increasing access to education, irrigation, and clean water by training more teachers and expanding irrigated land.
3) Continuing humanitarian aid like vaccinations and demining.
4) Improving border discussions between Afghanistan and Pakistan and finishing border crossings.
5) Supporting national elections and budgeting in Afghan ministries.
6) Improving government communication with Afghan people and establishing reconciliation institutions.
This document summarizes a seminar presentation on developing a new drought index called the Standardized Wetness Index (SWI) that considers the joint effects of climate and land surface change. The presentation reviews existing drought indices and their limitations in accounting for these effects. It then describes calculating the SWI using a residual water energy ratio fitted to a probability distribution with a parameter (n) representing climate-land surface interactions. The SWI is validated using two catchments experiencing land use changes, showing n correlates with restoration efforts and the SWI detects reported droughts. The SWI provides a way to assess dryness/wetness from both climate change alone and combined climate-land surface effects.
Water resources management is critical because water shortages, quality deterioration, and flood impacts require greater attention and action. Integrated Water Resources Management (IWRM) is a process that can help countries deal with water issues in a sustainable way. IWRM calls for coordinating the development and management of water, land, and related resources to maximize economic and social welfare without compromising ecosystems. It requires integrating management between different water uses and involving various stakeholders.
This document discusses the sustainable management of water resources. It notes that river basins integrate economic, social, and environmental systems across political boundaries, so water management decisions should reflect this integrative nature. When systems are not managed sustainably, such as in the Aral Sea region where unsustainable irrigation practices depleted the sea, severe environmental, health, and economic problems can result. Achieving sustainable water resources management requires taking a basin-scale, multidisciplinary approach that considers impacts across different levels and balances current and future needs.
Presentation by Dr. Adrian Cashman of the Centre for Resource Management and Environmental Studies (CERMES) at the 5th High Level Session Ministerial Forum of the Global Water Partnership-Caribbean (GWP-C).
This document discusses Bangladesh's experience with climate change impacts and adaptation strategies. It provides background on the vulnerability of Bangladesh's deltas to sea level rise, cyclones, and flooding. It then outlines several autonomous and planned adaptation approaches used in Bangladesh, including coastal afforestation, embankments, transitional shelters, and housing elevated on stilts. The document recommends prioritizing mangrove planting, implementing tidal river management, encouraging accommodative settlement patterns, and facilitating planned resettlement to safer areas. It stresses the importance of community participation and cultural acceptance for successful adaptation.
Climate Change And Water Crisis- Obstacle for the sustainable environment. Climate change is a complex problem that has increased the need for an integrated, multi-sectorial and multidisciplinary response. Apart from the normal water domain, decision-makers in other spheres (finance, trade, energy, housing, regional planning, agriculture) must use and consume water efficiently. Sustainable management and development of water resources will play a pivotal role in preparing societies’ ability to adapt to climate change in order to increase resilience and achieve development goals.
The seminar report aims to draw attention to the critical importance of better water resources management in adapting to climate change and gives reasons why it should be systematically integrated into national plans and international investment.
• Find out causes of climate change and its impact on the water crisis.
• Water sources and demand of water.
• Actions to improve the ability to understand impacts, vulnerability, and adaptation to climate change in the water sector;
• Actions were taken to enhance informed decisions on adaptation planning, measures, and action.
This document discusses using hydrological models like SWAT, MODFLOW, and SEAWAT to assess the impacts of climate change on water resources. It provides an overview of these models, including their inputs, outputs, capabilities, and examples of case studies applying the models. Specifically, SWAT is highlighted as it can be used at the watershed scale to model processes like precipitation, evapotranspiration, infiltration, surface runoff, and streamflow under different climate scenarios. The document emphasizes the importance of hydrological modeling and tools like MODFLOW for understanding and predicting hydrologic system responses to climate change.
The document provides an outline for a presentation on the SWAT (Soil and Water Assessment Tool) hydrological model. It begins with an introduction to hydrological modeling and the development and utilities of the SWAT model. It describes the data requirements, model framework, and step-by-step procedure to run the model. A case study applying the SWAT model to the Simly Dam watershed in Pakistan is summarized. The limitations and future developments of the SWAT model are briefly discussed, followed by references.
Virtual water refers to the volume of water used to produce goods and services. It looks at the water footprint of various products taking into account both direct and indirect water use. There are three types of water footprints - green, blue, and grey water. The document discusses various approaches to accounting for virtual water, including top-down and bottom-up methods. It also examines current issues like large water footprints in water-abundant areas and the need for policies to encourage efficient and sustainable water use globally through concepts like water neutrality.
Springshed Management and Springwater Quality AnalysisPankaj Thakur
This document summarizes a study on the current status, geology, and restoration plans for natural springs in the hilly region of Uttarakhand, India. It was conducted by the Department of Irrigation and Drainage Engineering under the supervision of four professors. The study presents an introduction on the importance of springs in the region and issues affecting them. It then outlines the objectives, literature review, study area description, methods used for delineating springshed boundaries, analyzing spring water quality, and developing a springshed management plan. Key results discussed include the current status of springs in Uttarakhand, the quality assessment of springs in Pithoragarh district, and delineation of the springshed study area.
Prospects and challenges in development of ground water resources of bangladesh Jahangir Alam
1. Groundwater is an important resource in Bangladesh, providing around 50% of water supplies. However, overextraction of groundwater is causing water tables to decline rapidly in some areas.
2. Other challenges include the energy needs to pump groundwater, which places strain on electricity infrastructure. Groundwater is also threatened by arsenic contamination and changes to wetland areas during dry periods.
3. Sustainable management of groundwater resources will require improving irrigation efficiency, balancing extraction and recharge, diversifying crops, revising policies, and addressing water shortages caused by monsoon variability.
Lecture notes eat 359 (water resources engineering) lecture 1-studentmusab ahmed
This document provides an overview of water resources in Malaysia. It discusses where water comes from on Earth and the percentages of freshwater available. Only 0.6% of Earth's water can be used by humans. The document then summarizes water demand in Malaysia by sector from 2010 to 2050, with total demand projected to increase from 14,785 million cubic meters to 18,233 million cubic meters. Key challenges facing water resources include population growth, urbanization, climate change, and pollution. The document also discusses issues like water pricing, wastewater treatment, and moving towards more sustainable water management through green technologies and integrated approaches.
This document discusses river basin management and flooding. It provides reasons for managing river basins, including for irrigation, water supply, navigation, tourism, hydroelectricity, and flood prevention. It then focuses on flooding, discussing both physical and human causes. It also discusses strategies for flood management, including hard engineering approaches like dams and levees, as well as softer approaches like land use regulation, warning systems, and insurance. Specific examples from the Tees Valley, Bangladesh, and Vaiont Dam disaster in Italy are also summarized.
The document provides an overview of water resource development in India. It discusses India's water resources and achievements in irrigation development. It notes that while irrigation development has increased availability, future water demand is expected to exceed supply by 2025 unless better management practices are adopted. It emphasizes the need for more efficient water utilization, increased storage, integrated management, and people's participation to achieve sustainable development of water resources in India.
Hydrologic Assessment in a Middle Narmada Basin, India using SWAT ModelSumant Diwakar
The document describes a study that used the SWAT (Soil and Water Assessment Tool) model to assess hydrologic processes in the middle Narmada River basin in India. Key inputs to the SWAT model included digital elevation data, land use/land cover maps, soil data, and weather data. The model was set up to simulate hydrologic response units based on land use, soil type, and slope. Model outputs included estimates of precipitation, temperature, evapotranspiration, and streamflow over the study period. Results indicated that about 46% of annual precipitation was lost to evapotranspiration in the basin. The study provides a hydrologic assessment of the basin using remote sensing and geospatial data within the SWAT
This document outlines a water security planning case study from Chhuanthar Tlangnuam village in Mizoram, India. It describes the village demographics, 6 springs that supply water, and seasonal water availability. Field visits involved mapping resources and social aspects, surveys of households, and water demand calculations. Analysis found water demand exceeds supply in summer. A water security plan was developed to address the gap.
This document provides an overview of flooding in Bangladesh. It discusses the major river systems in Bangladesh and defines different types of floods. It then summarizes the causes of flooding in Bangladesh, which include its low topography, high monsoon flows, siltation of rivers, and effects of tides. Impacts of flooding are extensive and include loss of lives, crops, infrastructure, and economic losses. Several major floods are described, including the devastating 1988 flood that affected over 60% of the country. In summary, Bangladesh's geographic features and location make it highly vulnerable to flooding.
Understanding Afghan Traditional Irrigation Systems (Afghanistan)ronsavage54
This document discusses traditional Afghan irrigation and water management systems. It notes that most of Afghanistan's water depends on winter snowfall, there is little watershed management, and lack of access to water contributes to poverty. It describes the traditional gravity-fed and pumped irrigation systems used, including canals, reservoirs, karez underground tunnels, and hand-dug wells. It highlights challenges such as short-term interventions, land disputes, and lack of trained staff. The document recommends a longer-term approach to watershed management, training more watershed managers, and building on traditional systems.
Canada's goals for its mission in Afghanistan by 2011 included:
1) Increasing security capabilities of the Afghan National Police and training for the Afghan National Army.
2) Increasing access to education, irrigation, and clean water by training more teachers and expanding irrigated land.
3) Continuing humanitarian aid like vaccinations and demining.
4) Improving border discussions between Afghanistan and Pakistan and finishing border crossings.
5) Supporting national elections and budgeting in Afghan ministries.
6) Improving government communication with Afghan people and establishing reconciliation institutions.
The document discusses irrigation systems in Balochistan province of Pakistan. It notes that Balochistan covers 44% of Pakistan's land area but only 4.3% is cultivated, due to lack of water. It then describes the mountain ranges in Balochistan and notes their mineral resources. The climate varies from very cold winters in the highlands to warmer areas receiving 200-500mm of rain annually. Agriculture and livestock are major sources of income but water shortage is a problem. The traditional karez irrigation system is described as underground channels that bring water from higher to lower elevations through mother wells, tunnels, and vertical shafts connected to the tunnels.
This document provides an overview of Afghanistan, including its location in Central Asia, government as an Islamic republic, and population of 30 million. It notes that Dari and Pashto are the official languages and Islam is the dominant religion. A brief history is given on human settlement dating back 50,000 years. Key details are provided on the government structure, provinces, currency, education system with over 8 million children in school, and economy with a focus on agriculture as the main industry employing over 70% of the population. Popular cultural aspects like greetings, clothing, foods including kabab and bolani, and sports such as cricket and buzkashi are also summarized.
Conservation agriculture involves three principles - permanent organic soil cover, minimum soil disturbance, and diversified crop rotation. It utilizes various irrigation techniques like laser land leveling, multiple outlet pipe based surface irrigation, drip irrigation, and sprinkler irrigation. Equipment for conservation agriculture includes the zero till ferti seed drill, zero tillage seed drill, and minimum till ripper mulch cultivator.
Soil organic carbon accumulation in CA: a review of literature. Sandra CorsiJoanna Hicks
This document reviews literature on soil organic carbon accumulation in Conservation Agriculture. It finds that adopting Conservation Agriculture principles of minimum soil disturbance, permanent soil cover, and crop rotations can lead to carbon sequestration in soils. Specifically, it summarizes that carbon accumulation occurs when crop residues are retained, soil is not mechanically disturbed, and rotations maintain a positive nitrogen balance. Conversely, practices like tillage, residue removal, monocropping, and fallow periods can prevent carbon sequestration or cause carbon losses from soil. The document concludes that correctly applying Conservation Agriculture management practices, as opposed to traditional agriculture, can provide benefits like increased soil carbon storage and lower greenhouse gas emissions.
India needs to sustain support to Afghanistan despite a sense of distancing of relations by the Ghani Government in the country due to reasons indicated in the slide and also underlined by Dr Abdullah Abdullah in the link
This document discusses tools and equipment for conservation agriculture. It begins by contrasting traditional tillage practices with minimum tillage and no-till approaches. It then describes various tillage implements like rippers, subsoilers, and chisel plows that can be used for minimum tillage. Direct seeding equipment is also discussed, including hand tools, animal-drawn planters, and motorized planters. Cover crop management techniques like mechanical and chemical weed control are also outlined. The document emphasizes the importance of only tilling where crops will be planted to preserve soil cover and minimize disturbance in conservation agriculture.
Conservation agriculture is an alternative to conventional agriculture that aims to address soil degradation and losses in soil productivity. It involves minimum soil disturbance, mulching crop residues, and crop rotation. The principles of conservation agriculture are implemented through no-tillage or minimum tillage, leaving crop residues as mulch, mixing and rotating crops, timely operations, precise techniques, and efficient input use. Conservation agriculture provides both short-term benefits like increased yields and profits as well as long-term benefits like improved soil fertility and reduced erosion.
People in Afghanistan live in ambush positions near rivers, making them vulnerable to attacks from enemies hiding in the mountains. By creating artificial cliffs on the sides of mountains, it would block enemy access to villages and rivers, providing a defensive barrier. Constructing entire mountains surrounded by cliffs would create completely safe areas for leadership. This concept could be expanded to build secure cities connected by defended mountain areas.
The document discusses the relationship between India and Afghanistan, focusing on the roles of the Chabahar and Gwadar ports. It notes that Chabahar port in Iran allows India to access Central Asian markets while bypassing Pakistan. Gwadar port in Pakistan is being developed by China and could provide an alternative trade route for China through Pakistan. The document also mentions several infrastructure projects that aim to strengthen connectivity between India, Afghanistan and Central Asia, such as the India-Afghanistan Friendship Dam and TAPI gas pipeline.
Lots of great background info on conservation agriculture including use of cover crops and carbon sequestration rates. Delivered to Project Breadbasket conservation agriculture field workshop in Parana State Brazil by Ademir Calegari, PhD, IAPAR, on July 12, 2011 in Pato Branco.
This document discusses various methods for producing potable water, including break-point chlorination, flocculation, sedimentation, filtration, and activated charcoal treatment. It also covers production of soft water through ion exchange and production of freshwater from seawater using processes like multistage flash evaporation and reverse osmosis. The key steps in water treatment are described at a high level, along with some alternative purification methods and technologies.
Conservation Agriculture in semi arid tropicsP.K. Mani
Conservation agriculture involves minimal soil disturbance through no-till or reduced tillage practices, maximum soil cover through crop residues, and crop rotations. When used together, these practices can reduce and sometimes reverse soil and water degradation over time. The goals of conservation agriculture include conserving and improving natural resources through integrated management of soil, water, and biological resources combined with external inputs in a way that contributes to environmental conservation and sustained agricultural production. Some key benefits include improved soil quality, water use efficiency, and climate change mitigation and adaptation. Adoption can be difficult due to mindset changes and lack of suitable equipment, but obstacles can be overcome through farmer collaboration and support.
Stephen Loss and Hichem Ben Salem presentation during the event "Conservation Agriculture: Overcoming the challenges to adoption and scaling-up" held by IFAD jointly with the International Maize and Wheat Improvement Center (CIMMYT)
Conservation agriculture aims to conserve, improve, and make more efficient use of natural resources through integrated soil, water, and biological management combined with minimal disturbance and external inputs. It is based on three principles: minimal soil disturbance, permanent soil cover, and crop rotations. Adopting conservation agriculture can increase soil organic matter, improve soil quality, boost crop yields, reduce erosion, and decrease costs through lower fuel and labor needs. The approach is applicable worldwide in a variety of climates and for many crops.
Energy Conservation, Energy in Afghanistan, Ways to Save energy, Sources Of Energy In Afghanistan
Engr.Ahmad Sameer Nawab
Kardan University Kabul, Afghanistan
The document provides an outline and summary of a presentation on irrigation. It begins with definitions of irrigation and its uses in crop production. It then discusses the history of irrigation in ancient civilizations like Peru and India. Current global statistics on irrigation are presented, showing that 68% of irrigated land is in Asia. The main types of irrigation systems - surface, center pivot, lateral move, and localized drip/sprinkler - are described. Issues with irrigation in Bangladesh like groundwater depletion and arsenic contamination are raised. The presentation advocates for more efficient irrigation methods like bucket drip kits to minimize water waste.
The document summarizes water resources in Iraq, including lakes, rivers, marshes, and valleys. It describes several major lakes such as Lake Habbaniya and Lake Tharthar. It also discusses key rivers like the Tigris and Euphrates, and marsh areas such as the Hawizeh Marsh. The document outlines issues facing Iraq's water resources, such as decreased flows from neighboring countries, climate change, and lack of coordination on water projects.
The document provides information about Pakistan's river system with a focus on the Indus River. It states that the Indus River is Pakistan's longest and largest river, originating in Tibet and running through Pakistan to the Arabian Sea. It notes the other major rivers that flow through Pakistan including the Jhelum, Chenab, Ravi, and Sutlej rivers. The document then provides details on the Indus River Basin, including its reservoirs, barrages, canals, dams such as Tarbela and Gazi Brotha, and the irrigation systems it supports.
Introduction to Riverine systems in India, Origin hills, East and West coast riverine systems, tributaries of major rivers, length, catchment areas and Ichthyo-faunal diversity and major fisheries of riverine systems
It flows through India!
Go on and be astonished to see the beauty of India!
Read the statistics!
It shows the geographical aspects of the river.
Enjoy!!!!
There are two major drainage systems in India: the Himalayan rivers and the Peninsular rivers. The Himalayan rivers originate in the Himalayas and include the Indus and Brahmaputra rivers, which are the largest. Some key left and right bank tributaries of the Ganges River are also mentioned. The Brahmaputra River has major left bank tributaries like the Dhansiri and Lohit rivers and a major right bank tributary called the Subansiri River. Several important peninsular rivers are also outlined such as the Sabarmati, Mahi, Bharathapuzha, and Periyar rivers. Examples are provided of both natural and human-
The Kosi River flows from the northern slopes of the Himalayas in Tibet through Nepal and into the Indian state of Bihar. It is known as the Sapta Kosi due to its seven major tributaries - the Sun Koshi, Indravati, Bhote Koshi, Dudh Koshi, Arun, Barun, and Tamur Rivers. Between the Sunsari and Saptari districts in Bihar, the Kosi River was embanked in 1958-1962 to control seasonal flooding, but it remains prone to shifting its course and sediment deposition which cause problems like waterlogging. The river has a very high sediment load and frequently shifts its path westward across the fertile lands of its all
This document provides information about link canals, barrages, and dams in Pakistan. It discusses the key features of 10 major link canals that were constructed after the 1960 Indus Water Treaty to strengthen Pakistan's irrigation system. It also describes 16 major barrages and 3 headworks that control water distribution. The three largest dams discussed are Tarbela Dam on the Indus River, which is one of the world's largest earth-filled dams, Mangla Dam on the Jhelum River, and several smaller dams.
Its about major rivers of north India. It helps you all to know some information about north Indian river which flows in many north Indian states including Pakistan also. It contains major information of rivers. Hope you all like it.
Pakistan has one of the largest contiguous irrigation systems in the world called the Indus Basin Irrigation System (IBIS). The IBIS includes 3 major reservoirs, 19 barrages, 2 head works, 12 link canals, 45 irrigation canals, over 100,000 water courses, and millions of farm channels with a total length of over 500,000 km. It provides irrigation to over 22 million hectares of cultivated land, sourcing water from the Indus River and its tributaries as well as groundwater and rainfall. Surface water makes up the largest portion at around 104 MAF annually. Groundwater contributes another 41 MAF and rainfall provides around 9 MAF. Together this irrigation system provides around 69 MAF
bharka dam
The bharka dam is built around the river Sutlej to provide irrigation and other facilities to the nearby areas. The waters of the Sutlej are allocated to India under the Indus Waters Treaty between India and Pakistan, and are mostly diverted to irrigation canals in India
The Indus River is Pakistan's longest river, originating in Tibet and flowing through northern Pakistan before emptying into the Arabian Sea. It has an extensive basin covering parts of Pakistan, India, China, and Afghanistan, and supports Pakistan's largest irrigation system. This system, which includes major dams like Tarbela and Mangla, numerous barrages and canals, irrigates over 14 million hectares of farmland and is vital to Pakistan's agriculture and economy.
The document summarizes India's drainage systems and major rivers. It discusses the Himalayan rivers like the Indus, Ganges and Brahmaputra which are fed by rain and snowmelt. These rivers cut through mountains and have long courses. The peninsular rivers are seasonal as they depend on rainfall and have shorter routes. Some flow west into the Arabian Sea while others flow east into the Bay of Bengal, forming deltas. The document also outlines various lakes found in India and the roles rivers play in India's economy and the issues of river pollution.
The document provides information on water resources in India including rainfall patterns, river basins, surface water and groundwater availability. It discusses the development of irrigation in India from ancient times to the British period and post-independence. Major irrigation projects implemented across different states are also listed. Key points include: India's annual rainfall is 1170 mm on average but unevenly distributed. Surface water and groundwater availability is around 690 BCM and 432 BCM respectively. Major irrigation projects since 1950s include Bhakra Nangal, Damodar Valley, Hirakud and many others across different states like Nagarjunasagar, Tungabhadra, Gandak, Kosi etc.
This document summarizes transboundary aquifers in Asia. It describes several major transboundary aquifers shared between countries in Asia, including the Ertix Valley Plain Aquifer shared between China and Kazakhstan, the Yalu River Valley aquifer shared between China and Korea, and the Middle Heilongjiang-Amur River Basin aquifer shared between China and Russia. As a case study, it then provides more details on the Middle Heilongjiang-Amur River Basin aquifer, including its geography, climate, river systems, groundwater resources, quality, and importance as a water source.
development of water resources in INDIA and neighboring countriesJisha John
Ancient India had various water resources like wells, tanks, canals and small dams for irrigation. During Chandragupta's time, irrigation systems were mostly state owned but private systems also existed. Farmers paid taxes depending on irrigated area and crop yields. Ancient works like the Grand Anicut dam in Tamil Nadu built in the 1st century AD helped boost irrigation in the region by diverting river water. Lessons from history show the importance of efficient water management and providing equitable distribution of water resources to maximize agricultural production.
This document provides an overview of drainage patterns and river systems in India. It begins by defining drainage and describing different drainage patterns such as dendritic, trellis and rectangular. It then discusses the two main river systems in India - the Himalayan rivers which originate in the mountains and are useful for irrigation, and the peninsular rivers which originate in plateaus and have smaller catchment areas. Specific details are given about major rivers like the Indus, Ganga, Brahmaputra, Narmada and others. The document also briefly mentions lakes and the issue of river pollution.
The document discusses the unique characteristics of rivers in Kerala, India that originate from the Western Ghats mountain range. It notes that the rivers have short lengths but support a high population density and biodiversity. Six major threats to the rivers are identified: catchment deforestation, dams and diversions, sand mining, incorrect land use, pollution, and encroachments. Three rivers are highlighted as either on the brink of dying (Chalakudy River) or already dying/dead (Periyar and Bharathapuzha Rivers) due to these threats and flow modifications from dams. The document calls for plans to restore rivers to more "living" states through ecological restoration, improved dam management, and strengthened
The document summarizes the topography and physical features of the northern mountains of Pakistan. It describes the three main mountain ranges: the Karakoram, the Himalaya, and the Hindu Kush. It discusses the peaks, glaciers, crops, and populations found in each mountain range. It also provides details on the valleys, rivers, passes, and economic activities of the northern mountain regions.
Pakistan relies heavily on agriculture and irrigation, as 16 million of its 20 million hectares of agricultural land depend on irrigation. Dams and barrages play a crucial role in providing irrigation. Three major dams - Mangla, Tarbela, and Warsak - were constructed to generate electricity and irrigate farmland. Tarbela Dam on the Indus River is the world's largest earth-filled dam and generates 3,478 MW of electricity. Mangla Dam on the Jhelum River is one of the longest earth-fill dams and provides irrigation water storage. Warsak Dam supplies irrigation water and power to northwest Pakistan. WAPDA operates numerous training centers to provide education on water and power projects.
RoHS stands for Restriction of Hazardous Substances, which is also known as t...vijaykumar292010
RoHS stands for Restriction of Hazardous Substances, which is also known as the Directive 2002/95/EC. It includes the restrictions for the use of certain hazardous substances in electrical and electronic equipment. RoHS is a WEEE (Waste of Electrical and Electronic Equipment).
Optimizing Post Remediation Groundwater Performance with Enhanced Microbiolog...Joshua Orris
Results of geophysics and pneumatic injection pilot tests during 2003 – 2007 yielded significant positive results for injection delivery design and contaminant mass treatment, resulting in permanent shut-down of an existing groundwater Pump & Treat system.
Accessible source areas were subsequently removed (2011) by soil excavation and treated with the placement of Emulsified Vegetable Oil EVO and zero-valent iron ZVI to accelerate treatment of impacted groundwater in overburden and weathered fractured bedrock. Post pilot test and post remediation groundwater monitoring has included analyses of CVOCs, organic fatty acids, dissolved gases and QuantArray® -Chlor to quantify key microorganisms (e.g., Dehalococcoides, Dehalobacter, etc.) and functional genes (e.g., vinyl chloride reductase, methane monooxygenase, etc.) to assess potential for reductive dechlorination and aerobic cometabolism of CVOCs.
In 2022, the first commercial application of MetaArray™ was performed at the site. MetaArray™ utilizes statistical analysis, such as principal component analysis and multivariate analysis to provide evidence that reductive dechlorination is active or even that it is slowing. This creates actionable data allowing users to save money by making important site management decisions earlier.
The results of the MetaArray™ analysis’ support vector machine (SVM) identified groundwater monitoring wells with a 80% confidence that were characterized as either Limited for Reductive Decholorination or had a High Reductive Reduction Dechlorination potential. The results of MetaArray™ will be used to further optimize the site’s post remediation monitoring program for monitored natural attenuation.
Kinetic studies on malachite green dye adsorption from aqueous solutions by A...Open Access Research Paper
Water polluted by dyestuffs compounds is a global threat to health and the environment; accordingly, we prepared a green novel sorbent chemical and Physical system from an algae, chitosan and chitosan nanoparticle and impregnated with algae with chitosan nanocomposite for the sorption of Malachite green dye from water. The algae with chitosan nanocomposite by a simple method and used as a recyclable and effective adsorbent for the removal of malachite green dye from aqueous solutions. Algae, chitosan, chitosan nanoparticle and algae with chitosan nanocomposite were characterized using different physicochemical methods. The functional groups and chemical compounds found in algae, chitosan, chitosan algae, chitosan nanoparticle, and chitosan nanoparticle with algae were identified using FTIR, SEM, and TGADTA/DTG techniques. The optimal adsorption conditions, different dosages, pH and Temperature the amount of algae with chitosan nanocomposite were determined. At optimized conditions and the batch equilibrium studies more than 99% of the dye was removed. The adsorption process data matched well kinetics showed that the reaction order for dye varied with pseudo-first order and pseudo-second order. Furthermore, the maximum adsorption capacity of the algae with chitosan nanocomposite toward malachite green dye reached as high as 15.5mg/g, respectively. Finally, multiple times reusing of algae with chitosan nanocomposite and removing dye from a real wastewater has made it a promising and attractive option for further practical applications.
Evolving Lifecycles with High Resolution Site Characterization (HRSC) and 3-D...Joshua Orris
The incorporation of a 3DCSM and completion of HRSC provided a tool for enhanced, data-driven, decisions to support a change in remediation closure strategies. Currently, an approved pilot study has been obtained to shut-down the remediation systems (ISCO, P&T) and conduct a hydraulic study under non-pumping conditions. A separate micro-biological bench scale treatability study was competed that yielded positive results for an emerging innovative technology. As a result, a field pilot study has commenced with results expected in nine-twelve months. With the results of the hydraulic study, field pilot studies and an updated risk assessment leading site monitoring optimization cost lifecycle savings upwards of $15MM towards an alternatively evolved best available technology remediation closure strategy.
Improving the viability of probiotics by encapsulation methods for developmen...Open Access Research Paper
The popularity of functional foods among scientists and common people has been increasing day by day. Awareness and modernization make the consumer think better regarding food and nutrition. Now a day’s individual knows very well about the relation between food consumption and disease prevalence. Humans have a diversity of microbes in the gut that together form the gut microflora. Probiotics are the health-promoting live microbial cells improve host health through gut and brain connection and fighting against harmful bacteria. Bifidobacterium and Lactobacillus are the two bacterial genera which are considered to be probiotic. These good bacteria are facing challenges of viability. There are so many factors such as sensitivity to heat, pH, acidity, osmotic effect, mechanical shear, chemical components, freezing and storage time as well which affects the viability of probiotics in the dairy food matrix as well as in the gut. Multiple efforts have been done in the past and ongoing in present for these beneficial microbial population stability until their destination in the gut. One of a useful technique known as microencapsulation makes the probiotic effective in the diversified conditions and maintain these microbe’s community to the optimum level for achieving targeted benefits. Dairy products are found to be an ideal vehicle for probiotic incorporation. It has been seen that the encapsulated microbial cells show higher viability than the free cells in different processing and storage conditions as well as against bile salts in the gut. They make the food functional when incorporated, without affecting the product sensory characteristics.
3. Introduction
• What is water?
– Chemical structure: H2O
– Physical forms: liquid, solid and vapors
• Water is needed for life
– Holy Qura’n also mentions…
– Main difference between planet earth and other
planets
• Water is cleaner
• Water is flowing (it has kinetic energy)
4.
5. Uses of Water
• Agriculture
• Industrial
• Domestic
• Transportation
6. Afghanistan
• Located at crossroads of major trade routes
• Landlocked country (water flows to neighbors)
• Covered mostly by mountains
– It has 250 mm precipitation in average
– Receives 163 billion cu.m water per year
– 75 billion cu.m flows on rivers
• Afghanistan has five famous rivers, 250 big
rivers and thousands of small rivers
7. Hindukush
• Group of mountain ranges
• running north east to south west across the
country
• divides Afghanistan into three major regions
– The central highland (2/3 of countries area)
– south west Plateau (1/4 of the land)
– northern plane area (countries’ most fertile soil)
• more than 80% of water originate from it
8.
9. Afghanistan River Basins
• There are five river basins defined in
Afghanistan.
– 1. The Kabul (Indus) river basin
– 2. The Helmand river basin
– 3. The Harirud-Murghab river basin
– 4. The Amu Darya river basin
– 5. The Northern river basin
10.
11.
12. Kabul (Indus) River basin
• Includes all Afghanistan Rivers that join the
Indus
• Covers 76908 sqr.km of Afghanistan
• 12% of Afghanistan territory, but alone it drains 26% of the
total annual water flow
• 7184900 (93 per sqr.km) population lives in it
• It is divided into eight main watersheds
• Most of hydro power plants are in this basin
13. Kabul River
• Main river in Kabul basin
• Starts from SangLakh range of Hindukush, and
empties into Indus in attack
• passes through Kabul, Laghman, Jalalabad and
Peshawar
• Length 700 km, with 20 billion cu.m annual flow
• Tributaries:
– Right: Punjsher river, Kunar river, Alingar river and
Swat river
– Left: Logar river and Bara river on the
14.
15. Dams on Kabul River
• Sarobi hydropower plant; covers 2 sqr.km
area, dam height is 18 meters and it has
capacity of producing 25 MW electricity
• Naghlo hydropower plant; covers 16 sqr.km
area, height; 106 meters, has capacity of
storing 530 million cubic meter water and
power of producing 97 MW electricity
16. Cont…Dams on Kabul River
• Daronta power plant and canal system:
– The dam is; 22 m high, 140 m long and 7.5 sqr.km
in area. It has 40.5 million cu.m storing capacity
and 11 MW power generation capacity
– Daronta canal system irrigates large area of
Jalalabad and Laghman provinces.
• Project of building 12 dams on Kabul river by
Indians that collectively will have the capacity
of storing 4.7 MAF (125% of Mangla dam)
17. Helmand River (Sistan) basin
• Largest basin of Afghanistan
– Covers 288000 sqr.km, 43% of Afghanistan territory
– 5800000 (20 per sqr.km) population
– Drains only 11% of the total annual flow of the
country
• Water of this basin drains into four lakes;
– (Hamun-i Saberi, Hamun-i Puzak, Hamun-i Shapour,
and Hamun-i Helmand) of Sistan region
• The basin includes fifteen watersheds
18. Helmand River
• Longest river in Afghanistan
– Starts from Hindukush 80 km west of Kabul and
falls to Hamun-e-Helmand near Zabul
– 1250 km long with 10 billion cu.m annual flow
• Main tributaries include: Arghandab river,
Khash river, Chagai river
• It has two dams (kajaki and arghandab) mostly
used for irrigation
• large quantity of its water exits Afghanistan
19. Harirud and Murghab river basin
• covers 77500 sqr.km of Afghanistan territory
– Drains 4% of the total annual flow in Afghanistan
– 2340000 (28 per sqr.km) population
• It has four watersheds
• Harirud (Hari River, Herat River):
• starts from koh-e-baba(part of Hindukush),
flows 1100 km and disappears in the Karakum
desert in Turkmenistan
• Salma dam is recently constructed on this
river in south of herat province
20. Amu River Basin
• Covers 105000 sqr.km of Afghanistan land
– 4580000 (44 per sqr.km) population
– 14% of the national territory
– 57% of total annual water flow of Afghanistan
• It has 5 watersheds in Afghanistan
• Amu River, Oxus or :جیحون
• Starts from northern Hindukush, flows 2400 km
and falls into Aral sea
– Potential of hydro power plant
– Low elevation according Afghanistan territory
21. Northern river basin
• least annual flow (2% of the total annual flow
of Afghanistan)
• All of the water is used within the national
boundaries of the country.
• It has four watersheds
22. Conclusion
• Water is basic need of life
• Afghanistan has 250 mm precipitation in average
– the land gets 163 billion cu.m of water per year
– 18 billion cu.m penetrates to soil
– 75 billion cu.m flows on rivers
– 20 out 75 billion cu.m water of its rivers is used,
remaining exits Afghanistan without any use
• Its water flow has high velocity so it is suitable for
damming and hydro power generation