| # | Organisation Name | Industries | Headquarter | Description | Founded Year | Company Type | Num of Employees |
|---|---|---|---|---|---|---|---|
1 | Civil Engineering | Northville, MI | Since its inception in 1968 as a geotechnical engineering venture, NTH Consultants, Ltd. has evolved into a full-service infrastructure and environmental engineering firm, well known and respected for providing innovative solutions for tough engineering challenges in the built and natural environment.
NTH has grown to a firm of more than 120 employees, serving a diverse client base from five offices throughout Michigan and Ohio.
The firm provides a wide range of professional services including underground engineering, geotechnical engineering, civil engineering, and construction engineering services, site assessment and remediation, hazardous materials assessment and abatement, industrial hygiene, facility decommissioning, regulatory compliance, ISO 14001 implementation, waste management, watershed management, air quality, and landfill engineering. Our Infrastructure services include facility condition assessments and restoration design in steel, concrete, masonry, pavement and roofing systems, waterproofing design, and infrastructure / facility asset preservation. | 1968 | Privately Held | 150 | |
2 | Research | PCRWR is an apex autonomous body mandated to conduct, organize, coordinate and promote research on all aspects of water resources including irrigation, drainage, reclamation, navigation, drinking water, industrial water, and sewerage management and set up national research centers wherever necessary. The other functions of the Council are to design, develop and evaluate water conservation technologies for irrigation, drinking and industrial water. Since its inception, PCRWR has played its role, as a national research organization, by undertaking and promoting applied as well as basic research in various disciplines of water sector, more specifically, irrigation, drainage, surface and groundwater management, rainwater harvesting, groundwater recharge, watershed management, desertification control, water quality assessment and monitoring, and development of innovative water resources conservation, management, and quality improvement technologies, etc. | 1976 | Government Agency | 113 | ||
3 | Environmental Services | Portland, Oregon | The Freshwater Trust is a group of bold problem solvers designing and implementing data-driven solutions that protect and restore America’s freshwater.
What we do:
Using science, technology, policy and finance, we build and manage solutions that improve water quality and quantity. With data and 21st century tools and technologies, we enable smarter watershed management to happen faster and at a greater scale. We also employ our solutions on the ground, such as riparian restoration, for the benefit of both watersheds and the plants, animals and people that rely on them.
Why we do what we do:
Rivers are the backbone of our country. Yet decades of treating a finite resource as infinite has had severe consequences. More than 2.3 billion people worldwide live in river basins that are under stress, and half the rivers and streams in America are unhealthy and not functioning as they should. There are deadly algae blooms and lead-contaminated drinking water, taps running dry, and critical industries and wildlife at risk. This is not sustainable. We must restore our waterways faster than we degrade them.
How we do what we do:
We’re pioneers of a new approach. “Quantified Conservation” is about using data and technology to ensure every restoration action taken translates to a positive outcome. First, we identify and prioritize restoration opportunities to maximize benefits for a watershed. Then, we work with willing landowners to restore habitat in key places, to adapt practices, or to keep more water in rivers and streams that need it. Along the way, we track how every action we take is making a difference for our freshwater resources, our wildlife and our communities. | 1983 | Nonprofit | 57 | |
4 | Environmental Services | Davis, California | Larry Walker Associates (LWA) is a privately owned firm headquartered in Davis, California with offices throughout the state in Berkeley, San Jose, Santa Monica, Ventura and La Jolla. Since 1979, LWA has integrated environmental stewardship, sound science, effective public policy and collaborative problem solving, delivering practical and constructive solutions for today’s environmental challenges. We work with public agencies and private businesses throughout the West, partnering to best use all of our resources to protect and improve the environment.
LWA provides a variety of specialized services related to wastewater, stormwater, surface water and groundwater management. LWA’s expertise includes assistance with NPDES permit compliance, analysis of State and Federal water quality policies, implementation of watershed studies, and monitoring of surface waters, groundwaters and waste streams. The services offered by LWA include:
- Wastewater
- Stormwater
- Watershed management and TMDLs
- Agricultural water quality management
- Groundwater modeling and management | 1979 | Privately Held | 55 | |
5 | Environmental Services | Harrisburg, PA | The Susquehanna River Basin Commission is an agency with a mission - management of the water resources of the basin under comprehensive watershed management and planning principles. As a federal-interstate compact commission, its focus is defined by the natural boundaries of the river basin rather than the political boundaries of the member states. As such, the SRBC serves as a forum to provide coordinated management, promote communication among the members, and resolve water resource issues and controversies within the basin. | 1970 | Government Agency | 54 | |
6 | Environmental Services | Tucson, Arizona | Watershed Management Group (WMG) develops community-based solutions to ensure the long-term prosperity of people and health of the environment. We provide people with the knowledge, skills, and resources for sustainable livelihoods.
We envision a world where the relationship between communities and the environment creates prosperity for all.
We are an action-based group; we provide educational opportunities through hands-on project and classroom settings. One of our most popular programs is the Green Living Co-op, which uses a barn-raising model to build affordable water harvesting features, native landscapes, and edible gardens at people’s homes. Our 7-day Water Harvesting Design Certification course integrates site design components and water harvesting features into a thorough, in-depth look at the design and construction of systems.
We work with diverse people, including schoolchildren, neighborhood groups, low-income populations, businesses, and city governments. WMG offers technical training to professionals, like our Water Harvesting Certification and Green Infrastructure and Low-Impact Development training. | 2003 | Nonprofit | 47 | |
7 | Nonprofit Organization Management | Walton, NY | Since 1993 the Council has strived to protect both the rural, land-based economy of the Watershed region and the drinking water quality of a reservoir system that serves over nine million New Yorkers. Partnering with farmers, agri-businesses, woodland owners, forest industry professionals and others, the Council furthers both regional business profitability and environmental stewardship. It also assists private landowners in using a variety of best management practices, education, tools and approaches, such as conservation easements, to keep property within a working landscape.
The Council protects over 27,000 acres of farmland through conservation easements, and works with over 500 farmers and 1,000 forest landowners in the Croton, Catskill and Delaware Watersheds. Working extensively through partnerships with other nonprofit organizations, government agencies and community stakeholders, the Council's collaborations support a watershed management industry that employs hundreds of people throughout the region. Funded in part by New York City Department of Environmental Protection, the U.S. Forest Service, U.S.D.A and other sources, the Watershed Agricultural Council and its programs can be found at nycwatershed.org.
The Council oversees the regional buy local economic initiative Pure Catskills that connects regional farm, food and wood product businesses who depend on working landscapes and their products to consumers and outside markets through direct marketing and online campaigns. Over 280 member businesses band together for brand recognition and consumer recognition under this regional branding campaign. For more on Pure Catskills, visit purecatskills.com. | 1993 | Nonprofit | 46 | |
8 | Environmental Services | Berkeley, CA | Balance Hydrologics, Inc. was incorporated in the State of California in 1988. Balance holds the following small-business certifications a State of California Certified Small Business Enterprise (SBE), Alameda County Small, Local and Emerging Business (SLEB), Valley Transportation Authority (VTA) Small Business, and is a Federal self-certified small business. Additionally. Balance is a full-service hydrology firm with the ability to address a diversity of water resources issues in both natural and built environments. Our clients include a combination of municipalities, state, federal, and private clients.
We provide expertise in:
- Geomorphology
- Hydraulic and Hydrologic Analyses
- Groundwater / Surface Water
- Restoration Planning, Design and Monitoring
- Stream Gaging and Sediment Transport
- CEQA and NEPA Support
- Watershed Management
- Floodplain Management
- Stormwater Management
OUR GOAL
One of our principal goals is providing planners, engineers, biologists, and land managers with rigorous analyses quantifying significant watershed processes. Most investigations are designed to measure and control the effects of specific land uses on aquatic, riparian, or estuarine habitat conditions. Many projects involve measuring variations in streamflow, sediment transport, water quality and temperature, hillslope and channel stability, scour and fill, or the exchange of water and salts between streams and adjacent alluvial sediment aquifers, or in tidal systems. | 1988 | Privately Held | 40 | |
9 | - | Utopia, ON | The Nottawasaga Valley Conservation Authority (NVCA) is a public agency dedicated to creating a healthy environment and communities through innovative watershed management.
We are committed to protecting watershed communities from natural hazards like flooding and erosion. We work to preserve and enhance watershed land and water resources. We connect our community with their watershed through nature-based educational and recreational opportunities.
As one of the 36 conservation authorities legislated by the Ontario Conservation Authorities Act of 1946, we are governed by a board of directors appointed by our 18 member municipalities. Critical to our success is our strong partnerships with our member municipalities, government agencies, community partners and local landowners.
NVCA’s jurisdiction extends over the 3,700 km2 of the Nottawasaga Valley watershed, excluding the lands within CFB Borden. The Nottawasaga River and its tributaries run from highlands on the Oak Ridges Moraine, Niagara Escarpment and Oro Moraine through the internationally significant Minesing Wetlands before flowing into Georgian Bay.
Please note - If you wish to apply for a position at NVCA, visit/about/careers-volunteers to view all open positions and application instructions. All applications for open positions must be submitted to care[email protected] – we do not accept applications through LinkedIn. | 1960 | Nonprofit | 38 | |
10 | Research | This page describes research projects of the company. Every year more than 100 research projects are conducted in seven different departments consisting Crop breeding, Forest and rangeland, crop protection, Watershed Management, Soil and Water, Animal production and social-economics. | - | Government Agency | 35 |
Watershed Management
Summary
- 53 Companies
- 0 Patents
- 144 Use Cases
- 111 Case Studies
- 960 Science Papers
- Total Funding
Companies
Assignees
Science
Data limited by 2021
Top 10 cited papers
| # | Paper Title | Paper Abstract | Authors | Fields of Study | Year | Citation Count |
|---|---|---|---|---|---|---|
1 | Swimming upstream : collaborative approaches to watershed management | In recent years, water resource management in the United States has begun a shift away from top-down, government agency-directed decision processes toward a collaborative approach of negotiation and problem solving. Rather than focusing on specific pollution sources or specific areas within a watershed, this new process considers the watershed as a whole, seeking solutions to an interrelated set of social, economic, and environmental problems. Decision making involves face-to-face negotiations among a variety of stakeholders, including federal, state, and local agencies, landowners, environmentalists, industries, and researchers. Swimming Upstream analyzes the collaborative approach by providing a historical overview of watershed management in the United States and a normative and empirical conceptual framework for understanding and evaluating the process. The bulk of the book looks at a variety of collaborative watershed planning projects across the country. It first examines the applications of relatively short-term collaborative strategies in Oklahoma and Texas, exploring issues of trust and legitimacy. It then analyzes factors affecting the success of relatively long-term collaborative partnerships in the National Estuary Program and in 76 watersheds in Washington and California. Bringing analytical rigor to a field that has been dominated by practitioners' descriptive accounts, Swimming Upstream makes a vital contribution to public policy, public administration, and environmental management. | Political Science | 2005 | 613 | |
2 | Water quality : diffuse pollution and watershed management | Preface. Chapter 1- Introduction. Chapter 2- Causes Of Diffuse Pollution. Chapter 3- Basic Concepts Of Diffuse Pollution. Chapter 4- Hydrologic Considerations. Chapter 5- Erosion and Sedimentation. Chapter 6- Soil Pollution and Its Mitigation (Coauthored by Wim Salomons). Chapter 7- Groundwater and Base Flow Contamination. Chapter 8- Urban and Highway Diffuse Pollution. Chapter 9- Control of Urban Diffuse Pollution (Coauthored by Neal O'Reilly). Chapter 10- Abatement of Agricultural Diffuse Pollution (Coauthored by Susan Alexander). Chapter 11- Integrated Watershed Management. Chapter 12- Water Body Assessment. Chapter 13- Estimating Loads and Loading Capacity by Models. Chapter 14- Water Body and Watershed Restoration and Waste Assimilative Capacity Enhancement. Appendix. Index. | Biology, Environmental Science, Geography | 2003 | 383 | |
3 | Political Pitfalls of Integrated Watershed Management | ABSTRACT Integrated watershed management, preferably under the direction of a watershed or basin management body, has been prescribed in the water policy literature and from other quarters for decades. Few instances may be found where this recommendation has been implemented. This gap between prescription and practice is sometimes attributed to politics, as a sort of nuisance to be overcome or avoided through rational, comprehensive, consensus-based decision making. Fundamental political considerations are inherent in water resources management, however, and are unavoidable even if the desire for watershed-scale decision-making bodies were realized. Boundary definition, choices about decision-making arrangements, and issues of accountability will arise in any watershed and may help to explain why watershed management has more often taken polycentric organizational forms composed of subwatershed communities of interest. An example of a small Southern California watershed is used to highlight the political issues inherent in attempts at watershed management. | Business, Political Science | 2005 | 323 | |
4 | Watershed Management: Balancing Sustainability And Environmental Change | Watersheds are recognized as vitally important resources which need to be managed in a co-ordinated fashion to attain sustainability. This volume presents contributions to the analysis of watersheds in the Pacific Northwest of the United States, in three broad subject areas: global and national perspectives; elements of integrated watershed management; and innovative approaches for the mitigation and restoration of watersheds. The aim of this book is to summarize new perspectives that combine social, economic and environmental concerns with approaches to watershed management that treat forest, range, agricultural and urban parcels in an integrated manner. | Environmental Science, Economics | 1994 | 240 | |
5 | Cost‐effective allocation of watershed management practices using a genetic algorithm | Implementation of conservation programs are perceived as being crucial for restoring and protecting waters and watersheds from nonpoint source pollution. Success of these programs depends to a great extent on planning tools that can assist the watershed management process. Herein a novel optimization methodology is presented for deriving watershed‐scale sediment and nutrient control plans that incorporate multiple, and often conflicting, objectives. The method combines the use of a watershed model (SWAT), representation of best management practices, an economic component, and a genetic algorithm‐based spatial search procedure. For two small watersheds in Indiana located in the midwestern portion of the United States, selection and placement of best management practices by optimization was found to be nearly 3 times more cost‐effective than targeting strategies for the same level of protection specified in terms of maximum monthly sediment, phosphorus, and nitrogen loads. Conversely, for the same cost, the optimization plan reduced the maximum monthly loads by a factor of 2 when compared to the targeting plan. The optimization methodology developed in this paper can facilitate attaining water quality goals at significantly lower costs than commonly used cost share and targeting strategies. | Engineering, Environmental Science, Geology | 2006 | 188 | |
6 | Collaborative Watershed Management: A View from the Grassroots | To date, research on collaborative watershed management has paid scant attention to the role of grassroots stakeholders, who are the people that actually use natural resources. This article argues cooperation from grassroots stakeholders is necessary for the success of collaborative management, and outlines three theoretical perspectives to explain cooperation. The validity of these theoretical perspectives is tested using a survey of farmer participation in the Suwannee River Partnership in Florida. The findings suggest farmers’ perceptions of policy effectiveness are largely driven by economic considerations, whereas participation in collaborative management is linked to social capital. | Business, Political Science | 2004 | 185 | |
7 | Watershed Management: Lessons from Common Property Theory | Watershed development is an important component of rural development and natural resource management strategies in many countries. A watershed is a special kind of common pool resource: an area defined by hydrological linkages where optimal management requires coordinated use of natural resources by all users. Management is difficult because natural resources comprising the watershed system have multiple, conflicting uses, so any given management approach will spread benefits and costs unevenly among users. To address these challenges, watershed approaches have evolved from more technocratic to a greater focus on social organization and participation. However, the latter cannot necessarily be widely replicated. In addition, participatory approaches have worked better at a small scale, but hydrological relationships cover a larger scale and some projects have faced tradeoffs in choosing between the two. Optimal approaches for future efforts are not clear, and theories from common property research do not support the idea that complex watershed management can succeed everywhere. Solutions may include simplifying watershed projects, pursuing watershed projects where conditions are favorable, and making other investments elsewhere, including building the organizational capacity that can facilitate watershed management. | Business, Engineering | 2007 | 159 | |
8 | Local Policy Networks and Agricultural Watershed Management | This article emphasizes the critical role of local policy networks for the implementation of agricultural watershed management and the adoption of environmental best management practices. Local networks facilitate diffusion of innovations, the development of social capital, and cultural change. All of these elements are essential for the ability of watershed management programs to successfully solve the water quality collective action problems caused by agricultural nonpoint source pollution. Analyses of survey data from 408 orchard growers in California's Sacramento River watershed demonstrate that exposure to policy networks substantially increases the probability of adopting environmental practices. These findings have important implications for public administration and policies where implementation depends on widespread cooperation and the development of networks with public agencies. | Business, Economics | 2007 | 147 | |
9 | A decentralized optimization algorithm for multiagent system–based watershed management | A watershed can be simulated as a multiagent system (MAS) composed of spatially distributed land and water users (agents) within a common defined environment. The watershed system is characterized by distributed decision processes at the agent level with a coordination mechanism organizing the interactions among individual decision processes at the system level. This paper presents a decentralized (distributed) optimization method known as constraint‐based reasoning, which allows individual agents in an MAS to optimize their behaviors over various alternatives. The method incorporates the optimization of all agents' objectives through an interaction scheme, in which the ith agent optimizes its objective with a selected priority for collaboration and forwards the solution and consequences to all agents that interact with it. Agents are allowed to determine how important their own objectives are in comparison with the constraints, using a local interest factor (βi). A large βi value indicates a selfish agent who puts high priority on its own benefit and ignores collaboration requirements. This bottom‐up problem‐solving approach mimics real‐world watershed management problems better than conventional “top‐down” optimization methods in which it is assumed that individual agents will completely comply with any recommendations that the coordinator makes. The method is applied to a steady state hypothetical watershed with three off‐stream human agents, one in‐stream human agent (reservoir), and two ecological agents. | Computer Science, Geology, Engineering | 2009 | 143 | |
10 | Public Participation in Watershed Management Planning: Views on Process from People in the Field | Watershed planning is an important focus of environmental protection efforts in many states. Still, how to involve the public in watershed planning remains controversial. This paper reports on research that used Q methodology to study how experienced watershed management planners and activists perceive the proper way to involve the public in decision-making. Four perspectives about how best to involve the public in watershed planning emerged. One emphasizes that a good process is credible and legitimate and that it maintains popular acceptance for outcomes. A second sees a good process as one that produces technically competent outcomes. A third focuses on the fairness of the process. A fourth perspective pays attention to educating people and promoting constructive discourse. Differences among these views suggest an important challenge for those responsible for designing and carrying out public participation processes. Conflicts may emerge about process designs because people disagree about what is appropriate in specific contexts. | Sociology, Economics | 2001 | 131 |
Top 10 cited authors
| # | Author | Papers count | Citation Count |
|---|---|---|---|
1 | 4 | 1 134 | |
2 | 61 | 583 | |
3 | 1 | 510 | |
4 | 1 | 510 | |
5 | 6 | 493 | |
6 | 2 | 394 | |
7 | 1 | 394 | |
8 | 8 | 376 | |
9 | 7 | 371 | |
10 | 6 | 366 |
Science papers by Year
Clinical Trials
- Researches Count 0
- Ongoing Studies 0
- Total Enrollment
Use Cases
| # | Topic | Paper Title | Year | Fields of study | Citations | Use Case | Authors |
|---|---|---|---|---|---|---|---|
1 | Watershed Management | Micro-Watershed Management for Erosion Control Using Soil and Water Conservation Structures and SWAT Modeling | 2020 | Agricultural And Food Sciences, Environmental Science | 4 | erosion control using soil and water conservation structures and swat modeling | |
2 | Watershed Management | Watershed Management for Micro Hydropower Plant Sustainability: Malabar, Indonesia | 2020 | 0 | micro hydropower plant sustainability: malabar, indonesia | ||
3 | Watershed Management | Watershed Management for Mukhyamantri Jal Sawablamban Abhiyan by Remote Sensing and GIS Application in Panchayat Samiti Balesar Block, Distt. Jodhpur (Rajasthan) | 2020 | Environmental Science | 0 | mukhyamantri jal sawablamban abhiyan by remote sensing and gis application in panchayat samiti balesar block, distt. jodhpur (rajasthan) | |
4 | Watershed Management | Agroforestry Based Watershed Management for Sustainable Land Use and Resilient Ecosystem | 2019 | Agricultural And Food Sciences, Business | 0 | sustainable land use and resilient ecosystem | |
5 | Watershed Management | Review on the Role of Integrated Watershed Management for Rehabilitation Degraded Land in Ethiopia | 2019 | 2 | rehabilitation degraded land in ethiopia | ||
6 | Watershed Management | Watershed Management for Ingrul village in Sangli District, Maharashtra by using GIS | 2019 | 0 | ingrul village in sangli district, maharashtra by using gis | ||
7 | Watershed Management | Watershed management for sustainable water supply and food security | 2019 | Business, Environmental Science | 0 | sustainable water supply and food security | |
8 | Watershed Management | A Case Study of Watershed Management for Rafiabad-B Watershed | 2018 | 1 | rafiabad-b watershed | ||
9 | Watershed Management | A Darker Shade of Green: How Translational Ecology can Promote Well-being Outcomes by Integrating Natural Assets into Watershed Management to Address Technical and Societal Barriers | 2018 | 0 | address technical and societal barriers | ||
10 | Watershed Management | Gender sensitive education in watershed management to support environmental friendly city | 2018 | Engineering, Geography | 10 | support environmental friendly city |
Case Studies
| # | Title | Description | Year | Source Ranking | |
|---|---|---|---|---|---|
1 | (PDF) Watershed Management Using Geospatial Technology | Sep 22, 2021 — PDF | Watershed Management Using Geospatial Technology: A Case Study of Uttarakhand | Find, read and cite all the research you need on ...Role of Geospatial technology in Crime Mapping: A case studyhttps://www.researchgate.net › publication › 322695598_...https://www.researchgate.net › publication › 322695598_... | no | 2021 | |
2 | Integrated Watershed Management and GIS: A Case Study | by SM Singh · 2021 — This land is considered a good quality agricultural land with poor ground water quality. 1.3 Methodology. (i). Data Analysis ... | no | 2021 | |
3 | Sustainable Water Resource Management Using Watershed ... | by C Prakasam · 2021 — Sustainable Water Resource Management Using Watershed Morphometry–A Case Study of Giri River Catchment, Himachal Pradesh, India · Related ... | no | 2021 | |
4 | Watershed management strategies for flood mitigation: A case ... | Oct 12, 2021 — gation should be avoided. b) Formulate an improved water resource-related organization which. focuses more on a multi-disciplinary and trans- ... | no | 2021 | |
5 | advanced watershed management – a means of sustainable | by VM Kolhe · 2020 — ADVANCED WATERSHED MANAGEMENT – A MEANS OF SUSTAINABLE. DEVELOPMENT – A CASE STUDY OF AKKALKOT TALUKA, SOLAPUR. DISTRICT, MAHARASHTRA. | yes | 2020 | |
6 | Journal of Watershed Management Research | by M Fazeli · 2020 — URL: http://jwmr.sanru.ac.ir/article-1-999-en.html · CCollaborative Framework for Decision Making Process of the Water Management (Case Study: Kashafrood ... | no | 2020 | |
7 | Journal of Watershed Management Research | by MA Ghorbani · 2020 — Therefore, optimal localization of the stations is very necessary. Accordingly, monthly rainfall data of rain gauge stations were collected at the basin and ... | no | 2020 | |
8 | Zanjan Province) - Journal of Watershed Management Research | by H Hasani · 2020 · Cited by 1 — Watershed practices play an important role in managing soil and water resources. On the other hand, the technical complexities and social issues of ... | no | 2020 | |
9 | Zanjan Province) - Journal of Watershed Management Research | by H Hasani · 2020 · Cited by 1 — how do you evaluate this site? Excellent. Good. Average. weak. Journal of Watershed ... | no | 2020 | |
10 | Journal of Watershed Management Research | by F Ebrahimi · 2019 — Ebrahimi F, Ghorbani M, malekian A, Salajeghe A, Alambaigi A, Fahmi H. Social Network, Joint Image Building and Adaptation toward Water Governance (Case ... | no | 2019 |
Experts
| # | Name | Description | Followers | Following | Location |
|---|---|---|---|---|---|
1 | DeKalb Watershed | Established in 1942, DeKalb Department of Watershed Management (DWM) serves 700,000+ residents and services 5,000 miles of water and wastewater pipes. #DWMCares | 2 383 | 410 | DeKalb County GA |
2 | MississippiValley CA | Mississippi Valley Conservation Authority is a watershed management agency managing water and other natural resources in Ontario's Mississippi River watershed. | 1 599 | 495 | Eastern Ontario |
3 | Mississippi WMO | The Mississippi Watershed Management Organization manages water that flows into 15 miles of the Mississippi from 7 cities in the Twin Cities Metro. | 1 492 | 627 | Minneapolis, MN |
4 | ANAMBRANEWMAP | Official Twitter Account of the Anambra State Project Management Unit of the Nigeria Erosion and Watershed Management Project | 1 224 | 256 | Awka, Nigeria |
5 | Kevin Bladon | Forest hydrology, watershed management, disturbance hydrology, water quality, aquatic ecosystems, wildfire. Associate Professor @OregonStateUniv. | 1 181 | 1 932 | Corvallis, Oregon, USA |
6 | Prairie Rivers of Iowa | Join us for the latest information on our programs related to watershed management, habitat restoration, and the Lincoln Highway Heritage Byway. | 800 | 784 | Ames, IA |
7 | Wabamun Watershed | Formed in 2006, the Wabamun Watershed Management Council represents a cross-section of stakeholders in the Lake Wabamun watershed (west of Edmonton, Alberta). | 548 | 231 | Wabamun Lake, Alberta, Canada |
8 | Catlow Shipek | Policy and Technical Director @ Watershed Management Group, Ultrarunning athlete, backyard food producer, passionate watershed manager to restore desert rivers | 399 | 194 | Tucson, az |
9 | El Porvenir | Improving the standard of living of rural Nicaraguans through water, sanitation, health education, and watershed management projects. | 384 | 236 | Broomfield, CO |
10 | Know The Flow | Know The Flow is a water resources coordination initiative of Anoka County agencies, communities and watershed management organizations. | 315 | 376 | Anoka County, MN |
Youtube Channels
| # | Name | Description | Reg Date | Views | Country |
|---|---|---|---|---|---|
1 | The Center for Watershed Protection, Inc. is dedicated to fostering responsible land and water management through applied research, direct assistance to communities, award-winning training, and access to a network of experienced professionals. The Center is your first source for best practices in stormwater and watershed management. As national experts in stormwater and watersheds, our strength lies in translating science into practice and policy, and providing leadership across disciplines and professions. To learn more about the Center's commitment to protect and restore our streams, rivers, lakes, wetlands and bays, go to www.cwp.org. | Mon, 5 Apr 2010 | 61 478 | ||
2 | NECTAR is an autonomous society, set up under Department of Science & Technology, Government of India with its headquarter at Shillong, Meghalaya. The Centre will look at harnessing and leveraging niche frontier technologies available with central scientific departments and institutions. In order to assist the north eastern region, NECTAR will be ensuring applications of appropriate technologies for development in the areas of biodiversity concerns, watershed management, telemedicine, horticulture, infrastructure planning & development, planning and monitoring, and tele-schooling using cutting edge MESHNET solutions, employment generation etc. | Tue, 5 Nov 2013 | 58 269 | ||
3 | Hui o Ko`olaupoko (HOK) is a 501(c)3 non-profit watershed management group established in 2007 to work with communities to improve water quality through ecosystem restoration and storm water management, focusing specifically in the Ko`olaupoko region -- from Makapu`u to Kualoa. HOK implements innovative, on-the-ground projects that aim to effectively manage and protect water quality and natural resources in Hawai`i. HOK's mission is to "protect ocean health by restoring the āina: mauka to makai." | Tue, 3 Jun 2014 | 15 284 | ||
4 | Multidisciplinary researcher with a background in both domestic urban environmental planning and international water, sanitation, and hygiene (WASH). As a professional with experience in watershed management and urban environmental planning in New England, I possess a solid understanding of relevant state and federal environmental protection, planning, and regulatory issues. I have worked in Ghana, Indonesia, Tanzania, and Madagascar. I’ve designed, developed, implemented, and evaluated overseas WASH field research in Tanzania, helped win USAID and other US government funding for NGOs and private firms, performed water and sanitation sector research at the World Bank, and have provided technical and communications support to the USAID and UNICEF. I have also helped produce numerous articles and case studies on water sector projects. | Sun, 3 Jul 2016 | 14 720 |