Saba village is located in Gianyar regency near by the coastal area, which is currently ±9,176 inhabitants. Water is a major necessity for life processes on earth, which means water is very important to human life. Potential water of the river flows from upstream to downstream wasted into the sea through the river estuary. Water as the most important natural resources often had a problem in its existence of its circulation and its spreading, therefore it is necessary to conserve water. This research examines the development of water potential in the river estuary based on the society for water conservationin Saba village based on SWOT analysis. Data collected:water potential, watershed topography, Saba village management structures, environmental conditions at river estuary and beaches.Analysis of potential water data using Ribasim software. The result is the water potency in dry season 0.88 m3 /s, and rain season 1.141 m 3 /s. The potential water in the river estuary can be developed by the society by prioritizing the society initiatives that is the ability of management and maturity of a uniform society. The society thinks, formulates, plans, implements, and evaluates the needs in the development of water potentials submitted to Saba society organizations.
Water Management in Rural Areas in a Changing ClimateCIFOR-ICRAF
This presentation by Prof. Edward Pierzgalski from the Warsaw University of Life Sciences focuses on the main issues of water management in rural areas, climate change versus water resources, water management in agriculture versus climate change and what we should do.
The document discusses integrated water resource management and its various components and challenges. It addresses managing water resources for multiple purposes across different agencies, regions, and disciplines. Integrated management considers natural water systems and promotes conservation, public health, and stakeholder involvement through a dynamic process. It emphasizes efficient agricultural water use and managing irrigation water for drinking. Conservation planning and least-cost planning are methods to balance supply and demand management.
A hand note on water resource management, specially in the context of Bangladesh. I prepared the note for the MS final exam on the course water resource management.
The document discusses participatory water security plans (WSPs) in India. It notes that demand for water is increasing while access remains inequitable, especially in rural areas. The national government launched a program to promote local WSPs. A WSP ensures minimum water access and involves collecting data, identifying sources, and analyzing current status with communities. WSPs are drafted and implemented in phases with community participation and institutional collaboration. The plans survey water sources and quality, access, and related sanitation issues to achieve water security objectives.
The document discusses water resource management and presents insights from an IBM Watson analytics model. The model examines the impact of precipitation, temperature, and per capita water usage on optimal water conservation techniques. It finds that water treatment plants are often the best solution for areas with extreme temperatures and low precipitation. Underground water harvesting is commonly recommended, as it is an affordable option for countries with medium to high precipitation and temperatures. The model can help countries select efficient techniques by considering their unique climatic conditions.
Integrated water resources management considers multiple perspectives in water management decisions. It aims to balance social, economic, environmental and technical factors. Key challenges include accommodating different viewpoints from governmental and interest groups, geographic regions, academic disciplines, and facilitating coordination between stakeholders. Total water management pursues the sustainable and equitable allocation of limited water resources through efficient, collaborative and adaptive long-term planning.
Water Management in Rural Areas in a Changing ClimateCIFOR-ICRAF
This presentation by Prof. Edward Pierzgalski from the Warsaw University of Life Sciences focuses on the main issues of water management in rural areas, climate change versus water resources, water management in agriculture versus climate change and what we should do.
The document discusses integrated water resource management and its various components and challenges. It addresses managing water resources for multiple purposes across different agencies, regions, and disciplines. Integrated management considers natural water systems and promotes conservation, public health, and stakeholder involvement through a dynamic process. It emphasizes efficient agricultural water use and managing irrigation water for drinking. Conservation planning and least-cost planning are methods to balance supply and demand management.
A hand note on water resource management, specially in the context of Bangladesh. I prepared the note for the MS final exam on the course water resource management.
The document discusses participatory water security plans (WSPs) in India. It notes that demand for water is increasing while access remains inequitable, especially in rural areas. The national government launched a program to promote local WSPs. A WSP ensures minimum water access and involves collecting data, identifying sources, and analyzing current status with communities. WSPs are drafted and implemented in phases with community participation and institutional collaboration. The plans survey water sources and quality, access, and related sanitation issues to achieve water security objectives.
The document discusses water resource management and presents insights from an IBM Watson analytics model. The model examines the impact of precipitation, temperature, and per capita water usage on optimal water conservation techniques. It finds that water treatment plants are often the best solution for areas with extreme temperatures and low precipitation. Underground water harvesting is commonly recommended, as it is an affordable option for countries with medium to high precipitation and temperatures. The model can help countries select efficient techniques by considering their unique climatic conditions.
Integrated water resources management considers multiple perspectives in water management decisions. It aims to balance social, economic, environmental and technical factors. Key challenges include accommodating different viewpoints from governmental and interest groups, geographic regions, academic disciplines, and facilitating coordination between stakeholders. Total water management pursues the sustainable and equitable allocation of limited water resources through efficient, collaborative and adaptive long-term planning.
Water quality is a major issue for rural populations in India. While access to drinking water has improved, the quality is often poor, resulting in health problems. Over 700 million rural Indians get their water from over 1.4 million sources, but arsenic, fluoride, and other contaminants affect many habitations. Providing safe drinking water presents enormous challenges given India's diversity and development gaps. Community involvement is key to maintaining water quality through monitoring, hygiene practices, and simple remedial measures.
This document introduces integrated water resources management (IWRM). It discusses the global water crisis, including that over 2 billion people suffer water shortages and 1.1 billion lack access to safe drinking water. IWRM is presented as a framework that takes a holistic, cross-sectoral approach to managing water resources at the river basin level through participatory decision-making. The key elements of IWRM include considering the interdependency between different water uses, treating water as both an economic and social good, and establishing decentralized management structures that rely on economic instruments and stakeholder participation. Adopting a water management framework based on IWRM principles can help analyze policies, guide water allocation decisions, and facilitate consideration of relationships
This document provides an overview of critical challenges facing sustainable water resource management including increasing costs of developing new water supplies, wasteful use of existing water, degradation of irrigated cropland, and groundwater depletion. It outlines a research agenda to understand how policies and institutions can help address these challenges through more effective water management, increased food production, poverty alleviation, and environmental sustainability. The goals are to understand the impacts of alternative policies on water, poverty, ecosystems, and food security and utilize this to help develop sustainable water management strategies.
The present water crisis has many components of an
environmental, economic and social origin; over uses of water,
pollution, changes in availability, and water mismanagement are
some of the current problems. To cope with these problems and
enhance strategies for long term management, the following
programmes and approaches are presented: (a) A watershed
approach, integrating research, monitoring, database and
management; (b) An improved water governance system based
on participation of stakeholders and the public and private
sectors; (c) Strategic studies considering water and the economy,
water and metropolitan region, water and energy; (d) A
framework for international cooperation on shared watersheds;
(e) An economic evaluation of water resources services (surface
and underground lakes, rivers and reservoirs); (f) A capacity
building program for managers, with an integrated, predictive
and hydrographic basin approach.
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 water resource management. It notes that while water covers most of the Earth's surface, less than 1% is freshwater available for human use. Proper management of water resources is important for conservation and sustainable development given increasing demand. Traditional, community-based systems of water management in India have declined as the state assumed control over water resources. Efficient management is needed to address issues like water scarcity, agricultural overuse, access, and climate change impacts.
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 rural water supply systems in India. It describes centralized and decentralized water supply systems. Decentralized systems are preferred for rural areas as they have lower costs, distribute water closer to the source, and are easier to maintain. Specific decentralized technologies discussed include biosand filters and chlorination. The document also examines a case study of water supply challenges in the Marathwada region of Maharashtra and how the Jalswarajya project improved access to safe drinking water for many villages in the area.
he management of water resources has become a critical need in Bangladesh because of growing demand for water and increasing conflict over its alternative uses. As populations expand and make various uses of water, its growing scarcity becomes a serious issue in developing countries such as Bangladesh.
This document discusses factors that influence domestic and urban water requirements. It divides water needs into 5 categories: domestic, civic/public, industrial, business, and loss/waste. For domestic use, it estimates consumption of 135 liters per capita daily for drinking, cooking, bathing, washing, sanitation, animals, and gardening. Civic use includes 5 liters daily for road washing, 2-3 liters for sanitation, and 1 liter for fire demands. Industrial and business water needs vary greatly depending on the type and size of facilities. Loss and waste are estimated at 30-40% of total consumption. Climate, cost, infrastructure, habits, and presence of industries all impact total water demand.
Water and Wastewater Mangement in India 2010 - SampleNetscribes, Inc.
Water is one of the most invaluable resources of nature and increasing water consumption is leading to its depletion. Various sectors across India are rapidly increasing and are actively contributing to the pollution of surface as well as groundwater. This calls for the active need of water management. Although water has been one of the most thriving and important issues amongst the government concerns, the private players are actively granting their support to market efficient techniques and equipments to manage water. The wastewater treatment market in India is growing at 20% and techniques like watershed management, rainwater harvesting, desalination, filtration, river-interlinking, effluent treatment and sewage treatment are finding huge importance in major cities which are the major contributors to water pollution in India.
The report begins with an overview of water situation and consumption structure in India across various sectors namely, agriculture, domestic and industries showing the growth in water consumption across the masses in India. This is followed by a section which depicts the amount of wastewater generated across sectors and the level of degradation.
It also highlights the lakes and water bodies that are under threat of depleting and being polluted.
The market overview section gives the size and growth of the wastewater treatment market and shows the various techniques of water and wastewater treatment. It also gives an in-depth analysis of the various techniques and their status in India. The characteristics and trends in the market have been analyzed and include increasing urbanization, initiatives taken at the corporate level, initiatives of various research and training institutes, increasing licensing agreements, various summits and seminars, initiatives for consumer awareness and public private partnerships. A brief analysis of the issues/challenges hindering growth are also highlighted including policy failures and institutional weaknesses, coordination and technological loopholes, multiplicity of organizations and inadequacy in generation of revenue to meet costs.
Various government bodies and programmes as well as initiatives by the NGOs that have been actively involved in conserving water and regulating its consumption and pollution have been showcased.
The competitive landscape provides a look into the nature of the market and the activities of the players and the level of competition between them. It also compares the private players according to the products and services provided by them. Brief profile with short description of the major domestic and foreign players is also included. Furthermore, key developments in the market over the last one year have also been highlighted.
This document discusses the challenges of rapid urbanization for water management. More than half the world's population now lives in urban areas, with most growth occurring in developing country cities that gain an average of 5 million new residents per month. As cities expand, they place increasing demands on water sources, often drawing water from farther distances and depleting groundwater reserves. Cities also generate large volumes of wastewater but sanitation infrastructure is lacking, leading to widespread water pollution. The document argues that cities should be viewed not just as "sinks" but also potential "sponges" if wastewater is safely reused. Closing nutrient and water loops between cities and surrounding agricultural areas could help mitigate environmental impacts while improving resource use.
Presentation on water supply system and sources in rural area14031907
The document discusses rural water supply and the importance of safe drinking water. It notes that over 30% of the rural population in developing countries lacks access to safe water. Traditionally, rural communities obtain water from unprotected sources like ponds, wells and rivers, which often leads to waterborne diseases. The document outlines some strategies for effective rural water supply, including selecting appropriate water sources and treatment methods tailored to local conditions. The goal is to provide access to basic water services while minimizing costs through community-based management approaches.
This volunteer manual provides information about the Huron River Watershed Council (HRWC) including its mission, history, focus areas, volunteer opportunities, policies, and procedures. It summarizes that HRWC is a non-profit organization founded in 1965 to protect the Huron River system in southeast Michigan. Volunteers are needed for activities like river monitoring, cleanups, natural areas assessments, and special events. The manual outlines the recruitment process, training, conduct guidelines, and recognition of volunteers who help fulfill HRWC's mission.
The document discusses rural water supply and sanitation in the state. It summarizes a Rs.792.25 crore APRWSS project approved by the state government with World Bank assistance to improve rural water supply services in six districts, benefiting over 2.1 million people. It also lists 14 water testing laboratories in the districts and provides an overview of the National Rural Drinking Water Programme and its components like coverage, water quality, sustainability, and support activities.
1. Access to safe, adequate water supplies is essential for human health and development. Without enough clean water, diseases can easily spread through factors like contaminated food, water, hands, or surfaces.
2. A lack of sufficient water makes it difficult to maintain basic hygiene practices that prevent many diseases. Diseases spread through fecal-oral transmission, like diarrhea, are particularly impacted by hygiene levels.
3. Improving water access, sanitation facilities, and hygiene education can significantly boost community health and development by reducing disease transmission and freeing up time previously spent collecting water.
The document discusses rural water supply and sanitation in Cambodia. It outlines the country's goals of improving access to water and sanitation for rural populations. Currently, about 47% have access to improved water supply and 29% to improved sanitation. The government aims to reach 75% and 50% access respectively by 2020, and universal coverage by 2025. The Asian Development Bank supports sector development through projects like the Second Rural Water Supply and Sanitation Sector Project, which works to expand services, strengthen sector institutions, and promote hygiene practices. Key challenges include increasing investment to meet coverage targets and ensuring community-managed facilities are sustainable.
By Wais Kabir, Sattar Mandal, Mike Robson (FAO)
Revitalizing the Ganges Coastal Zone Conference
21-23 October 2014, Dhaka, Bangladesh
http://waterandfood.org/ganges-conference/
Water management is a global issue and it is the prime duty of all the people to save and conserve water so that it can be passed on safely to the future generation. Viewers please watch the ppt and leave your likes and comments.
International Journal of Engineering and Science Invention (IJESI) is an international journal intended for professionals and researchers in all fields of computer science and electronics. IJESI publishes research articles and reviews within the whole field Engineering Science and Technology, new teaching methods, assessment, validation and the impact of new technologies and it will continue to provide information on the latest trends and developments in this ever-expanding subject. The publications of papers are selected through double peer reviewed to ensure originality, relevance, and readability. The articles published in our journal can be accessed online.
Water quality is a major issue for rural populations in India. While access to drinking water has improved, the quality is often poor, resulting in health problems. Over 700 million rural Indians get their water from over 1.4 million sources, but arsenic, fluoride, and other contaminants affect many habitations. Providing safe drinking water presents enormous challenges given India's diversity and development gaps. Community involvement is key to maintaining water quality through monitoring, hygiene practices, and simple remedial measures.
This document introduces integrated water resources management (IWRM). It discusses the global water crisis, including that over 2 billion people suffer water shortages and 1.1 billion lack access to safe drinking water. IWRM is presented as a framework that takes a holistic, cross-sectoral approach to managing water resources at the river basin level through participatory decision-making. The key elements of IWRM include considering the interdependency between different water uses, treating water as both an economic and social good, and establishing decentralized management structures that rely on economic instruments and stakeholder participation. Adopting a water management framework based on IWRM principles can help analyze policies, guide water allocation decisions, and facilitate consideration of relationships
This document provides an overview of critical challenges facing sustainable water resource management including increasing costs of developing new water supplies, wasteful use of existing water, degradation of irrigated cropland, and groundwater depletion. It outlines a research agenda to understand how policies and institutions can help address these challenges through more effective water management, increased food production, poverty alleviation, and environmental sustainability. The goals are to understand the impacts of alternative policies on water, poverty, ecosystems, and food security and utilize this to help develop sustainable water management strategies.
The present water crisis has many components of an
environmental, economic and social origin; over uses of water,
pollution, changes in availability, and water mismanagement are
some of the current problems. To cope with these problems and
enhance strategies for long term management, the following
programmes and approaches are presented: (a) A watershed
approach, integrating research, monitoring, database and
management; (b) An improved water governance system based
on participation of stakeholders and the public and private
sectors; (c) Strategic studies considering water and the economy,
water and metropolitan region, water and energy; (d) A
framework for international cooperation on shared watersheds;
(e) An economic evaluation of water resources services (surface
and underground lakes, rivers and reservoirs); (f) A capacity
building program for managers, with an integrated, predictive
and hydrographic basin approach.
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 water resource management. It notes that while water covers most of the Earth's surface, less than 1% is freshwater available for human use. Proper management of water resources is important for conservation and sustainable development given increasing demand. Traditional, community-based systems of water management in India have declined as the state assumed control over water resources. Efficient management is needed to address issues like water scarcity, agricultural overuse, access, and climate change impacts.
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 rural water supply systems in India. It describes centralized and decentralized water supply systems. Decentralized systems are preferred for rural areas as they have lower costs, distribute water closer to the source, and are easier to maintain. Specific decentralized technologies discussed include biosand filters and chlorination. The document also examines a case study of water supply challenges in the Marathwada region of Maharashtra and how the Jalswarajya project improved access to safe drinking water for many villages in the area.
he management of water resources has become a critical need in Bangladesh because of growing demand for water and increasing conflict over its alternative uses. As populations expand and make various uses of water, its growing scarcity becomes a serious issue in developing countries such as Bangladesh.
This document discusses factors that influence domestic and urban water requirements. It divides water needs into 5 categories: domestic, civic/public, industrial, business, and loss/waste. For domestic use, it estimates consumption of 135 liters per capita daily for drinking, cooking, bathing, washing, sanitation, animals, and gardening. Civic use includes 5 liters daily for road washing, 2-3 liters for sanitation, and 1 liter for fire demands. Industrial and business water needs vary greatly depending on the type and size of facilities. Loss and waste are estimated at 30-40% of total consumption. Climate, cost, infrastructure, habits, and presence of industries all impact total water demand.
Water and Wastewater Mangement in India 2010 - SampleNetscribes, Inc.
Water is one of the most invaluable resources of nature and increasing water consumption is leading to its depletion. Various sectors across India are rapidly increasing and are actively contributing to the pollution of surface as well as groundwater. This calls for the active need of water management. Although water has been one of the most thriving and important issues amongst the government concerns, the private players are actively granting their support to market efficient techniques and equipments to manage water. The wastewater treatment market in India is growing at 20% and techniques like watershed management, rainwater harvesting, desalination, filtration, river-interlinking, effluent treatment and sewage treatment are finding huge importance in major cities which are the major contributors to water pollution in India.
The report begins with an overview of water situation and consumption structure in India across various sectors namely, agriculture, domestic and industries showing the growth in water consumption across the masses in India. This is followed by a section which depicts the amount of wastewater generated across sectors and the level of degradation.
It also highlights the lakes and water bodies that are under threat of depleting and being polluted.
The market overview section gives the size and growth of the wastewater treatment market and shows the various techniques of water and wastewater treatment. It also gives an in-depth analysis of the various techniques and their status in India. The characteristics and trends in the market have been analyzed and include increasing urbanization, initiatives taken at the corporate level, initiatives of various research and training institutes, increasing licensing agreements, various summits and seminars, initiatives for consumer awareness and public private partnerships. A brief analysis of the issues/challenges hindering growth are also highlighted including policy failures and institutional weaknesses, coordination and technological loopholes, multiplicity of organizations and inadequacy in generation of revenue to meet costs.
Various government bodies and programmes as well as initiatives by the NGOs that have been actively involved in conserving water and regulating its consumption and pollution have been showcased.
The competitive landscape provides a look into the nature of the market and the activities of the players and the level of competition between them. It also compares the private players according to the products and services provided by them. Brief profile with short description of the major domestic and foreign players is also included. Furthermore, key developments in the market over the last one year have also been highlighted.
This document discusses the challenges of rapid urbanization for water management. More than half the world's population now lives in urban areas, with most growth occurring in developing country cities that gain an average of 5 million new residents per month. As cities expand, they place increasing demands on water sources, often drawing water from farther distances and depleting groundwater reserves. Cities also generate large volumes of wastewater but sanitation infrastructure is lacking, leading to widespread water pollution. The document argues that cities should be viewed not just as "sinks" but also potential "sponges" if wastewater is safely reused. Closing nutrient and water loops between cities and surrounding agricultural areas could help mitigate environmental impacts while improving resource use.
Presentation on water supply system and sources in rural area14031907
The document discusses rural water supply and the importance of safe drinking water. It notes that over 30% of the rural population in developing countries lacks access to safe water. Traditionally, rural communities obtain water from unprotected sources like ponds, wells and rivers, which often leads to waterborne diseases. The document outlines some strategies for effective rural water supply, including selecting appropriate water sources and treatment methods tailored to local conditions. The goal is to provide access to basic water services while minimizing costs through community-based management approaches.
This volunteer manual provides information about the Huron River Watershed Council (HRWC) including its mission, history, focus areas, volunteer opportunities, policies, and procedures. It summarizes that HRWC is a non-profit organization founded in 1965 to protect the Huron River system in southeast Michigan. Volunteers are needed for activities like river monitoring, cleanups, natural areas assessments, and special events. The manual outlines the recruitment process, training, conduct guidelines, and recognition of volunteers who help fulfill HRWC's mission.
The document discusses rural water supply and sanitation in the state. It summarizes a Rs.792.25 crore APRWSS project approved by the state government with World Bank assistance to improve rural water supply services in six districts, benefiting over 2.1 million people. It also lists 14 water testing laboratories in the districts and provides an overview of the National Rural Drinking Water Programme and its components like coverage, water quality, sustainability, and support activities.
1. Access to safe, adequate water supplies is essential for human health and development. Without enough clean water, diseases can easily spread through factors like contaminated food, water, hands, or surfaces.
2. A lack of sufficient water makes it difficult to maintain basic hygiene practices that prevent many diseases. Diseases spread through fecal-oral transmission, like diarrhea, are particularly impacted by hygiene levels.
3. Improving water access, sanitation facilities, and hygiene education can significantly boost community health and development by reducing disease transmission and freeing up time previously spent collecting water.
The document discusses rural water supply and sanitation in Cambodia. It outlines the country's goals of improving access to water and sanitation for rural populations. Currently, about 47% have access to improved water supply and 29% to improved sanitation. The government aims to reach 75% and 50% access respectively by 2020, and universal coverage by 2025. The Asian Development Bank supports sector development through projects like the Second Rural Water Supply and Sanitation Sector Project, which works to expand services, strengthen sector institutions, and promote hygiene practices. Key challenges include increasing investment to meet coverage targets and ensuring community-managed facilities are sustainable.
By Wais Kabir, Sattar Mandal, Mike Robson (FAO)
Revitalizing the Ganges Coastal Zone Conference
21-23 October 2014, Dhaka, Bangladesh
http://waterandfood.org/ganges-conference/
Water Congestions in the South West Bangladesh: Threats and Opportunities
Similar to Development of the Water Potential in River Estuary (Loloan) Based on Society for the Water Conservation in Saba Coastal Village, Gianyar Regency
Water management is a global issue and it is the prime duty of all the people to save and conserve water so that it can be passed on safely to the future generation. Viewers please watch the ppt and leave your likes and comments.
International Journal of Engineering and Science Invention (IJESI) is an international journal intended for professionals and researchers in all fields of computer science and electronics. IJESI publishes research articles and reviews within the whole field Engineering Science and Technology, new teaching methods, assessment, validation and the impact of new technologies and it will continue to provide information on the latest trends and developments in this ever-expanding subject. The publications of papers are selected through double peer reviewed to ensure originality, relevance, and readability. The articles published in our journal can be accessed online.
This document discusses water resources management challenges posed by population growth, urbanization, land use changes, environmental degradation, and climate change. It emphasizes an integrated approach to water resources management (IWRM) involving all stakeholders. IWRM follows the river basin concept and promotes multi-stakeholder participation and cooperation between government agencies, civil society, and the private sector to balance competing water demands. The document outlines frameworks and principles for adaptive water resources planning and management in the face of these drivers of change.
“DESIGN OF WATER SUPPLY SCHEME IN VILLAGE – BANEGAON, TALUKA – NORTH SOLAPUR,...IRJET Journal
The document describes the design of a water supply scheme for the village of Banegaon in Maharashtra, India. It notes that the village currently has insufficient water access, with women having to travel over 2 km each day to collect water. The study aims to design an improved water supply system to meet the needs of the village for the next 5 decades, accounting for projected population growth. It involves reviewing the existing system, forecasting future population, and designing an upgraded water supply network. The document provides background on water supply systems and factors considered in their design. It also reviews several other studies related to rural water supply schemes in India.
Need for efficient water infrastructure and its impact on water resources man...Mazen Alqadi
This document discusses the need for efficient water infrastructure and its impact on water resource management. It notes that population and economic growth are increasing water demand and leading to water stress situations. Efficient water infrastructure and technology advances can help alleviate this. The document advocates adopting a holistic water resource management approach using three pillars: policies, institutions, and infrastructure. Developing sustainable water and wastewater infrastructure through committed involvement of all stakeholders, including governments, regulators, administrators, operators, and NGOs, is key to managing available resources and demand. An equitable water tariff is also needed to encourage conservation and ensure sustainability.
By D. Dhanuraj
This study is on the initiative of the Pazhakulam Service Society (PASS) for the conservation of natural springs in order to use it as a source of safe drinking water. PASS situated at Pazhakulam near to Adoor, Kerala is active in various social activities. It has build up to 1500 schemes across Kerala and has widened the coverage of the accessibility of safe drinking water to rural people and brought the various actors in a provider group to a collective organ in the course of time.
Sea Transportation Business Management Patterns in South Lembeh District, Bit...AI Publications
Lembeh Island is part of Bitung City and has 2 sub-districts, namely South Lembeh District and North Lembeh District, where the economic activity of the community is very dependent on sea transportation. Papusungan Village is located in South Lembeh District. Sea transportation activities or activities are interesting because this business is a business that is mostly carried out by the people of Papusungan Village. The purpose of this research is to find out and explain how Management Pattern of Sea Transportation Business in Papusungan Village, South Lembeh District, Bitung City. The method used is the survey method. Data collection is primary data and secondary data. The sampling method is using the purposive sampling method to get a sample, namely respondents who work in the field of sea transportation in Papusungan Village. The analysis used in this research is SWOT analysis (Strength, Weakness, Opportunity, Threats) which is then explained through quantitative and qualitative descriptive analysis. The results show the management pattern of the sea transportation business, namely: 1) Improving skills in the taxi boat business because there is no rejection from the community, 2) Increasing the standard of boat comfort and safety 3 ) Development and improvement of facilities and infrastructure for sea transportation business, 4 ) Cooperation between the government and taxi boat businesses, 5 ) There is a need for boat loading standards based on boat capacity to be measurable, 6) Policies from the government to further improve regulations for passenger safety for better transportation.
Lakes and ponds are important ecosystems but are under threat in urban areas of India. They provide water for drinking, agriculture, industry as well as support biodiversity. However, many urban water bodies have dried up or been destroyed due to pollution, encroachment for development, eutrophication from waste, and illegal mining and tourism activities. Courts have emphasized the fundamental right to life and clean water in protecting these vital resources, but continued citizen action is needed to preserve remaining ponds and lakes.
This document summarizes a study that evaluates the performance of the urban water sector in Surat City, India using a sustainability index approach. A sustainability index was calculated based on social, economic, environmental, and engineering criteria. Data was collected from the Surat Municipal Corporation and experts were interviewed. The results showed that Surat City has a moderate sustainability index of 0.396. The engineering criteria scored lowest at 0.031, indicating room for improvement in that area. The study provides information on weaknesses in the system and approaches to enhance sustainability of urban water management in Surat City.
IJCER (www.ijceronline.com) International Journal of computational Engineerin...ijceronline
This document summarizes the importance of watershed management in modern society. It discusses how watershed management aims to balance top-down and bottom-up approaches to consider the interests of all stakeholders. The key objectives of watershed management are maintaining adequate water supply, reducing vulnerability to natural disasters, improving economic and social conditions, and distributing benefits equally. Effective watershed management requires participation from local communities and government agencies to develop guidelines that balance various water usage priorities such as drinking, livelihoods, environment, irrigation, industry, and recreation.
Defining Vernacular Architecture through Traditional Water Structures- Case S...JIT KUMAR GUPTA
Water and architecture remain largly intertwined integrated and inter-connected. If Water is known as elixir of life, holding key to human living and ensuring quality of life on this planet, water is said to have added value to cities ,architecture and built environment. More than one billion people globally are facing water crisis. Situation remains alarming in the rain deficient areas. Inadequacy in meeting water demand and water resource management have emerged the as greatest ecological, economic, and social challenges of 21st century. Limited availability of potable water on this planet and its rampant misuse calls for evolving appropriate strategies to manage water resource becomes critical. Architecture has been used extensively in India in general and water stressed states of Rajasthan , Gujrat, Maharashtra etc. in particular, to preserve, protect and conserve water for human and animal consumption in both rural and urban areas. Traditional water management structures created in the water deficient areas are known to have contributed extensively to the growth of new vocabulary of architecture besides promoting effective conservation. Over the years these architectural marvels have been misused, abused and neglected by the communities which needs to be leveraged to ensure availability of adequate quantity of quality water for meeting the basic needs of the human beings/ communities/ settlements. Study and evaluation of the water management structures created in the water deficient city of Jhunjhunu (Rajasthan) has revealed the different typologies of structures used in the city to conserve effectively and efficiently water through the involvement of communities. Perpetual neglect and misuse of these water structures, led by urbanization and alternate source of municipal water supply has marginalized these important water resources, which needs to be revived, rehabilitated and put to use to make cities self-reliant in water, based on the earlier wisdom.
Science Forum Day 1 - Yumiko Kura - Mekong Basin Development ChallengeWorldFish
The document summarizes the CGIAR Challenge Program on Water and Food - Mekong Basin Development Challenge. The program runs from 2010-2013 with a budget of around $5 million. It aims to reduce poverty and foster development through better management of water resources from large dams and reservoirs in Cambodia, Laos, and Vietnam. It involves 6 coordinated research projects on livelihoods, water valuation, reservoir cascades, water governance, program coordination, and multi-stakeholder platforms. Case study sites include the Sesan/Srepok catchments in Cambodia and sites in Laos and Vietnam. The research evaluates livelihood strategies, decision tools, hydrology-fisheries interactions, and other areas.
A watershed is the area of land that drains into a body of water such as a river or lake. Watershed management involves implementing land and water practices to protect water quality and other natural resources within the watershed. The key steps in watershed management planning are to familiarize yourself with the watershed boundaries and resources, build local partnerships among stakeholders, and determine priorities for action to reduce pollution and address environmental issues.
Please Read and then contact me mapesanestory@yahoo.com/ kabaganga@gmail.com/ mapesanestory@outlook.com or +255752997756/+255684248202 For more readings
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Development of the Water Potential in River Estuary (Loloan) Based on Society for the Water Conservation in Saba Coastal Village, Gianyar Regency
1. The International Journal of Engineering and Science (IJES)
|| Volume || 6 || Issue || 6 || Pages || PP 24-32 || 2017 ||
ISSN (e): 2319 – 1813 ISSN (p): 2319 – 1805
DOI: 10.9790/1813-0606012432 www.theijes.com Page 24
Development of the Water Potential in River Estuary (Loloan)
Based on Society for the Water Conservation in Saba Coastal
Village, Gianyar Regency
1
Dr. Ir. I Gusti Agung Putu Eryani, MT, 2
Ir. Putu Gede Suranata, MT
1,2
Department of Civil Engineering, Warmadewa University, Denpasar Bali, Indonesia
--------------------------------------------------------ABSTRACT--------------------------------------------------------------
Saba village is located in Gianyar regency near by the coastal area, which is currently ±9,176 inhabitants.
Water is a major necessity for life processes on earth, which means water is very important to human life.
Potential water of the river flows from upstream to downstream wasted into the sea through the river estuary.
Water as the most important natural resources often had a problem in its existence of its circulation and its
spreading, therefore it is necessary to conserve water. This research examines the development of water
potential in the river estuary based on the society for water conservationin Saba village based on SWOT
analysis. Data collected:water potential, watershed topography, Saba village management structures,
environmental conditions at river estuary and beaches.Analysis of potential water data using Ribasim software.
The result is the water potency in dry season 0.88 m3
/s, and rain season 1.141 m3
/s. The potential water in the
river estuary can be developed by the society by prioritizing the society initiatives that is the ability of
management and maturity of a uniform society. The society thinks, formulates, plans, implements, and evaluates
the needs in the development of water potentials submitted to Saba society organizations.
Keywords: coastal, estuary, river, water conservation,water potential.
----------------------------------------------------------------------------------------------------------------
Date of Submission: 14 May 2017 Date of Accepted: 09 June 2017
--------------------------------------------------------------------------------------------------------------------------------------
I. INTRODUCTION
Bali island consists of 8 Regency town. The total area of Bali is 3254 Km2
. Petanu river estuary in the Saba
village including the District Blahbatuh, Gianyar, Bali Province. Saba village is one of the villages located in
Gianyar regency, which is currently 9,176 inhabitants. Saba village is a coastal village that has an area of 600.60
ha stretching from north to south with a height of 0-500 villages above sea level.
Saba village is bordered by Blahbatuh Village in the North, Pering Village East, South Indonesia Ocean, and
Sukawati Subdistrict in the West. Geographically, Saba Village is located south of Blahbatuh Subdistrict and
Blahbatuh Village. To reach the village of Saba can be reached through the Banjar Perangsada, Pering Village
with a 2.10 km highway or can be reached by road by pass (Prof. DR Ida Bagus Mantra street). Relatively high
rainfall occurred in January, February, March, November and December. During the rainy season, the water
source in Watershed (DAS) in Bali is abundant, while in the dry season it has begun to experience water deficit.
Rivers naturally offer various possibilities for human life. Humans also naturally have a tendency to exploit the
potential of water that exist in the river for its purposes such as bathing, washing and latrines.
Water is one of the most important natural resources for living things but is often a problem in its existence
(occurance), circulation and distribution. In addition, because of its properties, water is very easily contaminated
with other chemicals through environmental pollution. Therefore, conservation efforts are needed through
effective and efficient management system so that their benefits can be sustainable to the next generation.
Development, is an effort to optimally utilize water resources and efficient use of observations conducted in
Saba Village Blahbatuh District. In Gianyar Regency it is known that most residents utilize the Petanu River
water resources to meet the daily water needs by direct way to the river and via pipelines. The majority of the
population of Saba Village utilize the Petanu River water source as the main water source or raw water source.
This research will examine the method of developing the water potential at the river estuary or loloan based on
the society for water conservation in Saba village of Gianyar Regency, based on SWOT analysis. To be able to
preserve the water in Bali Province.
2. Development of the Water Potential in River Estuary (Loloan) Based on Society for the Water ..
DOI: 10.9790/1813-0606012432 www.theijes.com Page 25
II. LITERATURE REVIEW
1. Potential Water
Potential water is the potential of water resources that already exist now and that meet the water needs for the
foreseeable future. According to the Directorate General of Irrigation [1], Indonesia's surface water potential is
approximately 1.789 billion m3
/ year.
2. River Estuary (Loloan)
Estuary of the river (loloan) is the territorial water body where one or more rivers enter the sea, to oceans, lakes,
dams, or to other larger rivers. In coastal areas, river estuary are severely affected by terrestrial water conditions
such as freshwater and sediment flow, as well as seawater such as tides, waves, and the inclusion of salt water
on land. [2]
3. Water Conservation
According to Arsyad [3] water conservation is a deliberate behavior with the aim of reducing the use of fresh
water, through methods of technology or social behavior.
4. SWOT Analysis
The SWOT analysis can be arranged by consider both of the external and internal factors, and also determining
the key success factors. The external environment surrounding a strategic plan in the form of opportunities and
threats can vary from region to region. External factors that influence political, economic, social, cultural,
technological, competitor, stakeholder and other external factors. While the internal environment in the form of
strength and weakness including human resources, natural resources, facilities and infrastructure, finance
(funds), information, strategies, and so forth.Strengths are resources, skills or other advantages relative to
competitors and needs that a system wants to serve. One important result of SWOT analysis is the formulation
of strategic issues in order to achieve the objectives and mission of a system effectively and efficiently. Key
issues can be potential, opportunities, strengths, challenges, constraints, and weaknesses encountered, including
resources, funds, facilities and infrastructure, and legislation and policies used by government agencies in their
activities.
Several steps that can be done in order to obtain the key issues include:
Identify Potential Strategic Issues.
Strategic issues are the ongoing or expected incidents or trends that have a major impact on the implementation
of the vision, mission, goals, objectives and strategies.
Make Priority Issues
Is done by determining five to ten strategic sequential issues from the most important or considered the
most significant impact. Prioritizing the most important issues will enable those issues to get a proportional
attention.
Analyze issues.
This step is an important step. At this step, tested whether the issue is really valid or not.
5. Development and Management by the Society
Based on Rahadrjo [4] Society-based development implies direct involvement of the society in managing water
resources regardless of the gender of the society in an area. Society-based management means the society that
think, formulate, plan, implement, evaluate and monitor something that becomes their needs. The magnitude of
the percentage of each form of participation can vary from one society with the other society.Sudarmadji [5]
states that the society involvement in monitoring, control and evaluation activities is a manifestation of actual
accompaniment that has been done to form a high sense of ownership from the society.
III. METHODOLOGY
The research method is conducted by collecting potential data of Petanu watershed downstream in Saba Village
of Gianyar Regency. These secondary data include topographic data, rainfall data, and supporting data. Then
proceed to calculate the availability of existing water infrastructure in the downstream area of the Petanu River
which is carried out to determine the flow of water in the river. This river water discharge is needed to know the
ability of water and other water in flowing a certain amount of water discharge within a certain time.
Sampling method is done by simple random sampling. Data collection technique is done by observation,
interview, questionnaire and documentation. Data analysis techniques used descriptive analysis and through four
stages of editing, coding, table-making and analyzing, and SWOT analysis. The results showed that the habit of
utilization of Petanu River water potential by the people of Saba Village of Gianyar Regency is influenced by
daily activities and the biggest water utilization for household water needs such as bathing, washing clothes,
drinking, toilet gel, cooking, watering plants, washing Family furniture and religious ceremonies.
3. Development of the Water Potential in River Estuary (Loloan) Based on Society for the Water ..
DOI: 10.9790/1813-0606012432 www.theijes.com Page 26
The average water requirement of the population per day is 95 liters / person / day. Based on the results of
research types of activities that this type of research using quantitative descriptive analysis method supported by
qualitative with Ribasim software, and cross tabulation method. This research consists of: preliminary survey,
primary and secondary data collection based on the type of participation followed by processing and data
analysis.
The focus of this research is the society (in this case affected society) that located around the provision of raw
water to obtain the data and description of community participation in water resources management. Technique
of collecting technical data is done by studying various documents with supportive power, that is: image of
location map, general condition of research area, demography condition of population and socio economy which
generally taken from office of Central Bureau of Statistics and Environment Agency of Bali Province.
Data analysis in this research using the type of quantitative data, that is statistics that used to analyze data by
way of describing or data that has been collected. The data considered valid is tabulated and the records for
analysis are then presented in the cross-table, the frequency with which the percentage is present and the data
described in the report form.
IV. RESULT AND DISCUSSION
1. Water Development and Management
The results of the study using Arc. GIS 10 with a shapefile from the watershed area on the island of Bali, using
the UTM 500 S coordinate system and the polygon calculation geometry, then calculated the area of each
watershed polygon, the Petanu River Basin is 96,970 km2, with the main river length of 46.770 km. The
morphological characteristic of the Watershed (DAS) is the character of the Petanu River form, which can be
seen based on the width and shape of the watershed, the length of the river and the width of the watershed and
the density of river flow and slope. Petanu watershed has an elongated morphological shape with a magnitude of
RC (basin sircularity) value of 0.27 to 0.46, meaning lower flooding fluctuations. Level of slope 0 - 8% (low
flow velocity) and very steep> 40% (very high flow rate). Characteristics of soil type yellowish brown regosol.
Petanu River is a river that cross the 2 districts of Bangli and Gianyar.
Fig 1. Map of the river basin and estuary of Petanu River
2. Water Potential
Downstream Petanu watershed is located at the bottom and is the estuary or place of unity of all sources of flow
originating in the upper part / upstream. Therefore, the fluctuation of the discharge is greatly influenced by the
Sub-Basin-Sub DAS on it. In addition, considering the downstream area is very close to the sea, the debit
condition is very fluctuating.
The analysis of the discharge in the Petanu River Basin of Gianyar Regency and the river water level is also
affected by the tides. The observation of water level and discharge at the river estuary post at Saba beach shows
that the monthly average downstream discharge pattern is similar to the average monthly discharge pattern in
the Sub-Basin at the top.
The potential of water in the watershed Petanu amounted based process using RIBASIM software input the data
in the to 6.86 m3
/ s, whereas during the dry season (in September form of Hydrology (rainfall, evaporation)the
potential of water in Petanu river estuary amountedto 0.88 m3
/s. and during the rainy season (in January) of
1.141 m3
/s.
4. Development of the Water Potential in River Estuary (Loloan) Based on Society for the Water ..
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The average monthly rainfall graph shows that the pattern and the amount of discharge that occurs are still
normal and reasonable, its means that the fluctuation is still in accordance with the average monthly discharge
pattern in the sub-basin of the upper basin. However, at the time of the lowest discharge and accompanied by the
retroactivity of the old sea water, it will be found a decrease in the water level is high enough.
Fig 2. Water Potential in the Petanu River Estuary
The SWOT analysis process is based on external and internal environmental assessment and then there will be
some main issues, such as:
1. Identification the downstream watershed of petanu river and forest areas in the upstream of the watershed that
is still beautiful.
2. Household improvement in some areas of Gianyar Regency.
3. The rise of illegal logging and illegal mining in the upper watershed.
4. Lack of spatial application in accordance with its function.
5. planting pattern of the society in the processing of agricultural land that is not in accordance with the rules of
soil conservation.
6. Good cooperation between government agencies and the society in flood prevention in Gianyar Regency.
7. Weak supervision of the destruction of forest area in the upstream of Petanu Basin.
Based on the matrix of potency and pattern of utilization of Petanu River water resources hence can be
developed development strategy by methodSWOT analysis matrix, which can be generated four sets of possible
alternative strategies that will be faced in the utilization of Petanu River water resources in Saba Village, that is
by mapping the components of "Strength", and "Weakness" to the "Opportunities" and "Threats" So the results
of the mapping are as follows:
a. S-O Strategy
Development of river estuary areas in Saba village as rainforest forest catchments that are guided
bygovernment policy of Gianyar Regency related to forest management and water resources of estuary of
Petanu River. (O 1,2,3,4-S 1,2,3,4).
Improving infrastructure and facilities to support development in terms of utilization of Petanu River water
resources to be more wise (O2-S1,2,3).
b.O 2-W 2 Strategy
Improving the quality of human resources and the mastery of the science and technology of the people
living in the estuary of the river or whose farmers convert the forest into gardens to realize regional
development plans and strategies, especially Saba Village with various education and training (O 2-W 2).
Seeking the best solution to solve the problem of Petanu River water resource utilization in Saba Village in
more direction good again (O 2-W 1.3).
c. S-T Strategy
To formulate policies regulating the management of river estuary and utilization of water resources of
estuary of Petanu River (S 1,2,3-T 1,3)
Formulate policies that regulate development around the Saba Beach area while maintaining the
sustainability of the potential power of natural resources and environmental sustainability (S 1-T 2.3).
d. T-W Strategy
Re-planting existing ecosystems along the damaged Petanu basin (T1,2,3-W 1,2,3).
Surface water can be obtained through flowing water (rivers) and shelter (lakes, reservoirs, embungs, etc.). Due
to poor physical quality then before surface water use was clarified first with a cleansing process as well as other
0
0.5
1
1.5
Water Discharge (m3/sec)
0.88
1.141
Dry Season rainy season
5. Development of the Water Potential in River Estuary (Loloan) Based on Society for the Water ..
DOI: 10.9790/1813-0606012432 www.theijes.com Page 28
processes to improve the chemical quality of water. In the upstream areas, the fulfillment of water needs in
quantity and quality can be supplied by the river water, whereas in the downstream areas the water needs can no
longer be supplied, due to environmental factors such as sedimentation and human behavior so that water
sources become polluted and even scarce.
The raw water source from the river prior to use must meet the physical and chemical requirements.
Transmission system from the surface water of a system that serves to deliver clean water from water sources
(rivers / lakes) to the ground reservoir is then distributed to areas that require clean water. The way of water
distribution depends on the location of the water source located downstream of Petanu River.
Fig 3. River Downstream Conditions In Saba Village
The high level of society participation is influenced by the type of society work. Type of work is a very
influential factor in the process of increasing the society participation. It further argued that this type of work in
this case is more emphasized on the provision of time and energy to participate in society. There are several
factors that can affect community participation in a program. The nature of these factors exist that can support a
successful program but there are also the nature can disrupt the success of the program.
For example, the factors of age, sex, education, occupation and income and length of stay, usually referred to as
internal factors or from within the society. The high level of society participation is strongly influenced by the
length of stay. The length of time a person lives in a particular environment and his or her experience of
interacting with that environment will have an effect on one's participation. The longer he lives in a certain
environment, the sense of belonging to the environment tends to be seen in his large partitions in every activity
of that environment.
Society-based development initiatives that prioritizes people demanded, among others, managerial ability and
maturity equitable society, because the water potential management handed over to community organizations.
To accommodate the problems in water resources management based central government, then drafted a
collaborative model that blends elements of the government and in the management of user groups known as co-
management.Raakjaer Nielsen and Thomas Vedsmand [6] define co-management as an arrangement in which
responsibility for resource management is shared between government and user groups (co-management
approaches aim to implement marine resource management by bringing together relevant institutions especially
the society, the government and other stakeholders in each process management, from planning,
implementation, utilization, and supervision.
Implementation of co-management in the long term is believed will provide changes to a better direction, that is:
Raising public awareness of the importance of natural resources in supporting life
Improving the capacity of the society, so as to be able to participate in every stages of integrated
management
Increasing the income (income) of society, with forms of sustainable and sustainable utilization and
environmentally sound.
Co-management is an alternative choice that combines top-down and bottom-up management systems, in other
words co-management combines centralized government-based management with society-based management.
In open access, there is no regulation of what, when, where, who, and how natural resources are utilized, and
how free-for-all occurs. In the utilization of natural resources, can trigger the tragedy of the common, resource
damage, conflict between actors and economic disparities.
The development of water potential by the community is an alternative solution as it proves to provide a number
of benefits due to livelihood security, equitable access to natural resources and conflict resolution mechanisms,
6. Development of the Water Potential in River Estuary (Loloan) Based on Society for the Water ..
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and sustainability oriented [7]. Referring to the Berkes and Scott concept, Satria [8] identifies the three
dimensions of society water resource management. First, the normative dimension. This dimension contains a
value system that forms the basis for the natural resource management process. Second, is the regulative
dimension, which contains governance and natural resources.
Ostrom [9] has tried to deliver some performance indicators of water resources management institutions. The
indicators are as follows:
Boundary clarity: boundaries are clearly defined so that everyone is easy to identify and recognize.
Conformity to local conditions: have appropriate rules for the sake of resource sustainability, local
economic protection, and strengthening of social systems and those rules are easy to enforce and easy to
monitor.
Rules are organized and managed by resource users: society are able to create rules based on scientific
considerations, local knowledge, and local wisdom through local agency mechanisms.
The existence of local institutions that function to manage the management mechanism, make rules, revise
the rules, and decision-making mechanism.
Oversight performers who are respected by the community: the community has its own instruments and
oversight mechanisms with the supervisors who have the legitimacy of the society.
Applicability of sanctions: a measure of success of a rule is the enforcement of sanctions for offenders,
whether social sanctions, administrative sanctions or economic sanctions.
Conflict resolution mechanisms: society have alternative mechanisms for conflict resolution outside formal
mechanisms.
Strong government recognition and may be in the form of shrimp laws, government regulations, or local
regulations.
The existence of bonds or networks with outside agencies. Networks with the outside world in question are
both bridging social networks and outside society such as universities, NGOs, and private (linking social
capital).
Third, the cognitive dimension, which contains the techniques of management and local. Local knowledge is
often coupled with terms such as traditional ecological knowledge or indigenous knowledge. But Ruddle [10]
prefers to use the term local knowledge and identify the characteristics of local knowledge as follows:
A long-term, empirical, local-based observation adapted to local conditions and capable of covering a
number of local variations, as well as detailed.
Be oriented on practical and behavioral issues, and focus on the types of resources and species.
Structured so that it is in fact compatible with western biological and ecological concepts, particularly
related to awareness of ecological linkages and the importance of conservation of natural resources
Has dynamic properties
These three dimensions are related to each other. That is, the normative dimension will affect the regulative
dimension that contains the rules in the management of natural resources. The rules are based on local
knowledge systems owned by the community (cognitive dimension). Thus, management by society is a system
in which there are interrelated elements.
Table 1. Direction Of Society-Based Water Potential Development
Dimension Normative Regulative Cognitive
Model 1 Increased resilience of cultural
values
Codification rules
Capacity building
Network strengthening
Facilities and infrastructure
Identification, inventory, and
formulation in writing of existing
local knowledge
Cooperation with science
Model 2 Socialization and
internalization of the old values
are positive for the
sustainability of water
resources, economic, and social
Identification, inventory, and
revitalization of old rules that have faded
Organizational capacity building
Network strengthening
Facilities and infrastructure
Identification, inventory, and
formulation in writing of local
knowledge that once existed
Cooperation with science
Model 3 Socialization and
internalization of local values
and religious values for the
management of water resources
Organizational capacity building
Network strengthening
Learning from other community
success stories
Education management of
water resources
Learning from success stories
from other society
The development of water potentials with the empowerment of local wisdom-based society implies the laying of
local values as an input to poverty alleviation. Every society has its own characteristics that are not necessarily
owned by other communities. The cultural values they embrace consist of a view of life and belief, both
7. Development of the Water Potential in River Estuary (Loloan) Based on Society for the Water ..
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enclosed by ethos (ethical guidelines concerning good and bad).Culture is a system of knowledge used by
humans to shape their actions, and interpret the behavior of others. One of the goals of society empowerment is
the creation of development. The development paradigm used is people center development which puts the
community as the focus and the main source of development.
Community development can be understood through three orientations:
Efforts to provision of basic services to complement the basic needs strategy, identified with the
improvement of social services and the provision of social services, such as health facilities, nutrition,
education, and sanitation for the welfare of the society.
The planned effort to achieve goals is more complex and varied, in order to achieve more difficult social
objectives such as fairness, equity, cultural enhancement, peace, and equal opportunity.
Efforts to improve the human capacity to act and improve its postentiality, mobilize its enthusiasm to
participate actively in the decision-making process or policies related to the development of water potential
in the river estuary.
Management of water quality in estuaries can be carried out via water treatment to obtain water quality that
meets the requirements, provision of clean water in the building can be done with a special treatment. Water
treatment is designed according to standard water conditions, in a well-equipped and well-equipped device that
can have components to neutralize water conditions physically, chemically and biologically.The level of society
participation in water resources management and development in Gianyar Regency is included in the level of
partnership. According to the classification, the level of participation with a score of 264 while the accumulated
score of 620 scores are in the interval score of 600 to 1125 including the level of participation manipulation.
This means that the form of community property participation in water resources management in Gianyar
regency can generate a sense of awareness and a sense of ownership of the infrastructure built, such as
contribution contributions starting from the implementation stage until the maintenance phase.
The level of community participation in the form of personnel has a score of 240 at the level of participation of
delegated power, while for the accumulated variable value is 630 which is located at the interval value of 600-
1125 as well as at the level of participation manipulation. This means the form of society participation that can
foster a sense of togetherness in realizing a concern for the condition of the settlement environment, which can
give a big influence for the smooth development activities in the management of drinking water facilities and
the distribution of piped water, such as the contribution of labor and materials at the implementation stage.
Participation of labor intended here is how the society is involved directly or physically in the implementation of
maintenance and prevention activities and the preservation of water potential. The activities carried out are such
as reforestation, and other water resources conservation measures, such as environmental conservation,
conservative and eco-friendly farming practices and activities that require direct society participation.
The participation rate in the form of skills to water resources management conducted by the Gianyar Regency
society of 100 respondents scores 260 scores including the participation rate of delegated power, and for the
accumulated score of 605 lies in the interval value of 600-1125 including the level of participation manipulation.
This means that the form of participation that can foster a sense of togetherness in realizing a concern for the
environmental conditions that can give a big enough effect for the smoothness of water conservation
development activities in a sustainable manner.
The level of society participation in the form of thinking towards sustainable water resources management has a
score of 265 including partnership participation rate and for the accumulated score of 640 which also lies at
intervals of 600 - 1125 including the level of participation manipulation. Participation of ideas is the
participation of society in the form of non-physical, that is how the society is involved in giving his thoughts in
the process of maintenance and conservation of water resources. Participation can be realized on various
occasions, such as through meetings, through letters / suggestions and responses. The distribution of ideas, ideas
and thoughts can be channeled through existing formal and non-formal institutions.
The level of society participation in the social form of sustainable water resources management scores 282
including the level of participation, for the accumulated score of 604 which also lies in the interval value of 600-
1125 including the level of participation manipulation. The economic, social and cultural characteristics of
society are aimed at analyzing the reality that shows the dominant patterns of relationships and actions that
influence the lives of the people. The level of society participation in the management and development of water
resources in a sustainable total score of 3,201 is included in the partnership participation rate ranging from the
interval value of 3226 - 3750.
This means that the form of participation that can generate a sense of awareness and sense of ownership of the
infrastructure built in relation to the management of water resources, such as contribution contributions,
personnel, skill, thought and social starting from the implementation stage until the maintenance phase. Based
on these facts in the category of Arstain the participation rate that occurs that belongs to the category of
Partnership. This stage is influenced by:
8. Development of the Water Potential in River Estuary (Loloan) Based on Society for the Water ..
DOI: 10.9790/1813-0606012432 www.theijes.com Page 31
a synergic relationship between members of the society so that each has responsibilities in accordance with
the roles and positions in the management of society organizations.
the capacity of government organizations and institutions that support the implementation of government
programs so that appropriate steps should be taken to empower society.
socio-cultural background considerations of low income groups, the society needs to be given strength and
ability in a series of actions / steps taken by the government in the mastery of knowledge, attitude of
conscious behavior and skill.
The society is not given the opportunity or the right to express opinions / ideas because it is considered not
to have the ability and the initiative is the party who needs assistance so that the activities carried out
without any feedback to the society.
Factors Affecting Community Participation
Factors that affect the participation of the results of this study when viewed from the probability of its
probability value of 0.305> 0.05 then it can be concluded that the gender variables do not affect the community
participation. Saba village community participation at the consultation level is the community taking part in
water potential development activities such as policy formulation, implementation of the program in advance to
consult with the Saba Village management.
Interactive Participation
The society participation of Saba Village at this interactive level is the society directly involved in the
implementation of the program. The village society of Saba has a duty in the activity. Participation for
Incentives participation for Saba Villagers, at this incentive level is the community contributing labor and
earning wages, in the process of facilitating facilities, cleaning and other activities such as, discussion activities
involving all components of society.
Fig 4. Estuary (Loloan)Petanu River
Functional Participation
The participation of the Saba Village community at this functional level is local decision making by the
community. The team of river estuary and Saba Beach as a director in carrying out water conservation activities.
V. CONCLUSION
All Stakeholders in the Petanu river estuary and Saba beaches include its society that should be given a role in
accordance with existing rules in determining the allocation of water potential so that there is joint control of the
Government and all stakeholders. The need for water in the coastal area of Saba is very limited hence required
the pattern of water saving through engineering water resources such as conventional water treatment techniques
Participation of the community in the management and development of water potential starting from planning,
policy formulation, implementation and utilization Based on research results of the highest activity type utilizing
water is a bath 40 lt/person/day while the lowest is drinking activity 2 lt/person/day.The distance factor between
residential houses with relatively close water sources and ease of obtaining river water at no cost is the reason
why people are more likely to use river water than other sources such as wells and hand pumps. This is
supported by the installation of piped water that drains water from water sources / rivers / water reservoirs
directly to people's homes, which are derived from the development of water potential by the community.
Various water conservation techniques on civilian methods of civil engineering work to slow surface water
flow, collect and distribute surface water streams in order not to damage, repair and increase water infiltration
and provide water for plants.
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ACKNOWLEDGEMENTS
Praise and thanks be spoken to all those who have helped retrieve all of data and carry out measurement and
testing water mainly from the staff of Public Works, Bali Province.
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