This document summarizes regional meetings held across Michigan to discuss re-envisioning dam management. It provides background on the aging dam infrastructure in Michigan and the opportunity provided by the reorganization of environmental management departments. Meeting attendees represented various stakeholder groups and shared experiences. Key recommendations included taking an interdisciplinary, coordinated approach to decision making; developing a clear, consistent dam management message; and increasing staff capacity and reorganizing divisions within the Department of Natural Resources and Environment to allow for a more proactive, collaborative approach.
Presented by Vladimir Smakhtin at the Ministry of Water Resources, New Delhi, India, November 4, 2014.
The flows of India’s rivers are increasingly being modified by dams and weirs and abstractions for agriculture and urban use. These interventions have caused significant alteration of flow regimes mainly by reducing total flow and affecting its variability and seasonality. An Environmental Flow (EF) is the water regime provided within a river, wetland or coastal zone to maintain ecosystems and their benefits. Environmental Flows describe the quantity, quality and timing of water flows required to sustain freshwater and estuarine ecosystems and the human livelihoods and well-being that depend on these ecosystems. This presentation looks at how the EF approach has been tested in India and describes a project to apply EF methodology to the upper Ganga.
Environmental Flows in the Indian Context - Challenges and Potential Latha Anantha
Presentation made at Workshop held to felicitate Prof Ramaswamy Iyer, New Delhi 25- 27th November 2013, IIC - IHC New Delhi. Gives an overview of the status, potential and implementation challenges of E flows in Indian context
Presented by Vladimir Smakhtin at the Ministry of Water Resources, New Delhi, India, November 4, 2014.
The flows of India’s rivers are increasingly being modified by dams and weirs and abstractions for agriculture and urban use. These interventions have caused significant alteration of flow regimes mainly by reducing total flow and affecting its variability and seasonality. An Environmental Flow (EF) is the water regime provided within a river, wetland or coastal zone to maintain ecosystems and their benefits. Environmental Flows describe the quantity, quality and timing of water flows required to sustain freshwater and estuarine ecosystems and the human livelihoods and well-being that depend on these ecosystems. This presentation looks at how the EF approach has been tested in India and describes a project to apply EF methodology to the upper Ganga.
Environmental Flows in the Indian Context - Challenges and Potential Latha Anantha
Presentation made at Workshop held to felicitate Prof Ramaswamy Iyer, New Delhi 25- 27th November 2013, IIC - IHC New Delhi. Gives an overview of the status, potential and implementation challenges of E flows in Indian context
This work has sought to answer how global environmental change affects the concentration of nutrients in Mediterranean rivers. By means of a modeling effort using data collected by water agencies, this work has contributed to the knowledge of the relevant factors that drive nutrient dynamics in Mediterranean rivers, and how these change in time and space. Furthermore, it has clearly shown the potential modeling and time-series analysis offer to river scientists and managers.
Marcia Willhite, Illinois EPA, Chloride Issue in the Chicago Area Waterway Sy...Kevin Perry
Marcia Willhite, Illinois EPA, Chloride Issue in the Chicago Area Waterway System, Midwest Environmental Compliance Conference, Chicago, October 29-30, 2015
This Savannah River Basin Drought Management Plan (SRBDMP) describes the Savannah River Basin reservoir management procedures to be followed as hydrologic conditions in the basin transition into drought. This document consolidates the initial 1989 Savannah River Basin Drought Contingency Plan and all subsequent updates into a single plan. The SRBDMP attempts to balance the negative impacts of the drought on the congressionally-authorized project purposes. We recognize the competing interests among project purposes—fish and wildlife management, hydropower, navigation, recreation, water quality and water supply—and the possibility that they may not be fully satisfied. This is a dynamic plan, subject to change as warranted by additional information.
This is the presentation give by Roy Huberd, a planner with Pierce County's Surface Water Management Division, at the April 2010 Nisqually River Council meeting.
Shawn Rummel, Trout Unlimited, "Recovery of Coldwater Ecosystems Following Tr...Michael Hewitt, GISP
This project aims to provide a better understanding of how post-treatment monitoring should be conducted in order to ensure that both the water quality and biological communities are responding positively to the treatment. Preliminary results have shown improvements in water quality following treatment of AMD as well as a shift in the benthic macorinvertebrate community from pollution tolerant taxa to pollution sensitive taxa.
Water quality and risk assessment of tributary rivers in San Fernando, Bukidn...Innspub Net
Bukidnon, Philippines being identified as an agricultural province needs to ensure water sustainability vital to support its agroeconomy. This study considered Tigua River with three river tributaries and Salug River with single station in San Fernando, Bukidnon. Analysis employed single sampling technique to initially assess river tributaries. Studied water quality parameters were pH, temperature, dissolved oxygen (DO), oxidizing redox potential (ORP), turbidity, salinity, conductivity, total dissolved solids (TDS) using portable pre-calibrated meters. Nitrates were also determined using Bruccine colorimetric method. Analyzed heavy metals in total form were copper (Cu), cadmium (Cd), lead (Pb), and chromium (Cr) using Flame-Atomic absorption spectrophometry (AAS). Overall, studied river tributaries passed national regulation with risk quotient (RQ) showing no potential pollution. Heavy metals were below detection limit indicating less traceable quantities in river tributaries. Salinity, conductivity, and TDS showed positive correlation. The study was preliminary and further monitoring may be needed.
This presentation was given as part of the EPA-funded Catchment Science and Management Course focusing on Integrated Catchment Management, held in June 2015. This course was delivered by RPS Consultants. If you have any queries or comments, or wish to use the material in this presentation, please contact catchments@epa.ie
It is increasingly being recognised internationally that integrated catchment management (ICM) is a useful organising framework for tackling the ongoing challenge of balancing sustainable use and development of our natural resource, against achieving environmental goals. The basic principles of ICM (Williams, 2012) are to:
• Take a holistic and integrated approach to the management of land, biodiversity, water and community resources at the water catchment scale;
• Involve communities in planning and managing their landscapes; and
• Find a balance between resource use and resource conservation
ICM is now well established in Australia, New Zealand, and the United States. In Europe the ICM approach has been proposed as being required to achieve effective water and catchment management, and is the approach being promoted by DEFRA for the UK, where it is called the “Catchment Based Approach” (CaBA). The principles and methodologies behind ICM sit well within the context of the Water Framework Directive with its aims and objectives for good water quality, sustainable development and public participation in water resource management. In Ireland it is proposed that the ICM approach will underlie the work and philosophy in developing and implementing future River Basin Management Plans.
Estimating of the water environment capacity is an important content of the assessment of regional environmental impact. Water environment capacity is very important in the field of environmental science and it can provide reliable data environmental planning and management of water. In this paper, lake is the research object and one-dimensional model of water quality is built according to the conservation of mass of pollutants in the lake. Meanwhile, the method for confirming model parameters is put forward. The model is based on investigation in lake water environment and is applied to calculate water environment capacity of Xiaohu. Main pollutants of Xiaohu are COD, TN, fluoride, volatile phenol, BOD5, whose water environment capacity are 581.008kg/d, 185kg/d, 61.553kg/d, 0.387kg/d, 25.098kg/d accordingly.
L’Oreal Stepney, P.E., Deputy Director
Office of Water - TCEQ - PowerPoint Presentation from the Panhandle Groundwater Conservation Districts Inaugural Texas Panhandle Water Conservation Symposium
AWS re:Invent 2016: Global Traffic Management with Amazon Route 53 Traffic Fl...Amazon Web Services
As companies grow and expand their global footprint, it becomes increasingly critical to make systems highly available while also improving responsiveness to end-users. Companies are choosing to place their applications closer to end-users to improve performance, which introduces the complications of how to route end-user traffic to the most appropriate endpoints and how to most efficiently route traffic within internal systems.
In this session, learn how customers are using Route 53's Traffic Flow service for global traffic management, improving performance and availability for end users while reducing IT management cost. We will walk through how to use Traffic Flow to manager traffic to your applications' globally-distributed endpoints to optimize for constraints such as endpoint load, the health of your resources, geographic restrictions, and Internet latency. We'll demonstrate how you can configure multiple routing policies and take advantage of code control and versioning for easier management of your DNS and traffic management configuration.
This work has sought to answer how global environmental change affects the concentration of nutrients in Mediterranean rivers. By means of a modeling effort using data collected by water agencies, this work has contributed to the knowledge of the relevant factors that drive nutrient dynamics in Mediterranean rivers, and how these change in time and space. Furthermore, it has clearly shown the potential modeling and time-series analysis offer to river scientists and managers.
Marcia Willhite, Illinois EPA, Chloride Issue in the Chicago Area Waterway Sy...Kevin Perry
Marcia Willhite, Illinois EPA, Chloride Issue in the Chicago Area Waterway System, Midwest Environmental Compliance Conference, Chicago, October 29-30, 2015
This Savannah River Basin Drought Management Plan (SRBDMP) describes the Savannah River Basin reservoir management procedures to be followed as hydrologic conditions in the basin transition into drought. This document consolidates the initial 1989 Savannah River Basin Drought Contingency Plan and all subsequent updates into a single plan. The SRBDMP attempts to balance the negative impacts of the drought on the congressionally-authorized project purposes. We recognize the competing interests among project purposes—fish and wildlife management, hydropower, navigation, recreation, water quality and water supply—and the possibility that they may not be fully satisfied. This is a dynamic plan, subject to change as warranted by additional information.
This is the presentation give by Roy Huberd, a planner with Pierce County's Surface Water Management Division, at the April 2010 Nisqually River Council meeting.
Shawn Rummel, Trout Unlimited, "Recovery of Coldwater Ecosystems Following Tr...Michael Hewitt, GISP
This project aims to provide a better understanding of how post-treatment monitoring should be conducted in order to ensure that both the water quality and biological communities are responding positively to the treatment. Preliminary results have shown improvements in water quality following treatment of AMD as well as a shift in the benthic macorinvertebrate community from pollution tolerant taxa to pollution sensitive taxa.
Water quality and risk assessment of tributary rivers in San Fernando, Bukidn...Innspub Net
Bukidnon, Philippines being identified as an agricultural province needs to ensure water sustainability vital to support its agroeconomy. This study considered Tigua River with three river tributaries and Salug River with single station in San Fernando, Bukidnon. Analysis employed single sampling technique to initially assess river tributaries. Studied water quality parameters were pH, temperature, dissolved oxygen (DO), oxidizing redox potential (ORP), turbidity, salinity, conductivity, total dissolved solids (TDS) using portable pre-calibrated meters. Nitrates were also determined using Bruccine colorimetric method. Analyzed heavy metals in total form were copper (Cu), cadmium (Cd), lead (Pb), and chromium (Cr) using Flame-Atomic absorption spectrophometry (AAS). Overall, studied river tributaries passed national regulation with risk quotient (RQ) showing no potential pollution. Heavy metals were below detection limit indicating less traceable quantities in river tributaries. Salinity, conductivity, and TDS showed positive correlation. The study was preliminary and further monitoring may be needed.
This presentation was given as part of the EPA-funded Catchment Science and Management Course focusing on Integrated Catchment Management, held in June 2015. This course was delivered by RPS Consultants. If you have any queries or comments, or wish to use the material in this presentation, please contact catchments@epa.ie
It is increasingly being recognised internationally that integrated catchment management (ICM) is a useful organising framework for tackling the ongoing challenge of balancing sustainable use and development of our natural resource, against achieving environmental goals. The basic principles of ICM (Williams, 2012) are to:
• Take a holistic and integrated approach to the management of land, biodiversity, water and community resources at the water catchment scale;
• Involve communities in planning and managing their landscapes; and
• Find a balance between resource use and resource conservation
ICM is now well established in Australia, New Zealand, and the United States. In Europe the ICM approach has been proposed as being required to achieve effective water and catchment management, and is the approach being promoted by DEFRA for the UK, where it is called the “Catchment Based Approach” (CaBA). The principles and methodologies behind ICM sit well within the context of the Water Framework Directive with its aims and objectives for good water quality, sustainable development and public participation in water resource management. In Ireland it is proposed that the ICM approach will underlie the work and philosophy in developing and implementing future River Basin Management Plans.
Estimating of the water environment capacity is an important content of the assessment of regional environmental impact. Water environment capacity is very important in the field of environmental science and it can provide reliable data environmental planning and management of water. In this paper, lake is the research object and one-dimensional model of water quality is built according to the conservation of mass of pollutants in the lake. Meanwhile, the method for confirming model parameters is put forward. The model is based on investigation in lake water environment and is applied to calculate water environment capacity of Xiaohu. Main pollutants of Xiaohu are COD, TN, fluoride, volatile phenol, BOD5, whose water environment capacity are 581.008kg/d, 185kg/d, 61.553kg/d, 0.387kg/d, 25.098kg/d accordingly.
L’Oreal Stepney, P.E., Deputy Director
Office of Water - TCEQ - PowerPoint Presentation from the Panhandle Groundwater Conservation Districts Inaugural Texas Panhandle Water Conservation Symposium
AWS re:Invent 2016: Global Traffic Management with Amazon Route 53 Traffic Fl...Amazon Web Services
As companies grow and expand their global footprint, it becomes increasingly critical to make systems highly available while also improving responsiveness to end-users. Companies are choosing to place their applications closer to end-users to improve performance, which introduces the complications of how to route end-user traffic to the most appropriate endpoints and how to most efficiently route traffic within internal systems.
In this session, learn how customers are using Route 53's Traffic Flow service for global traffic management, improving performance and availability for end users while reducing IT management cost. We will walk through how to use Traffic Flow to manager traffic to your applications' globally-distributed endpoints to optimize for constraints such as endpoint load, the health of your resources, geographic restrictions, and Internet latency. We'll demonstrate how you can configure multiple routing policies and take advantage of code control and versioning for easier management of your DNS and traffic management configuration.
7.5.2013 održava se 1. ICV Kongres controllera u Beogradu.
ICV je Međunarodno udruženje controllera sa sedištem u Nemačkoj.
Kongres je namenjen:
- svim profesionalcima u controllingu (controlleri, šefovi controllinga, plan i analiza, reporting, ekonomika, performance management, izveštavanje, analitika, budžetiranje, sales controlling, CAPEX/OPEX controlling, IT controlling, obračun cene koštanja, management accounting...)
- CFO (finansijski direktor)
- IT (SAP, Oracle, Microsoft – implementatori, korisnici, developeri, konsultanti)
- Top menadžment kompanija
- svi zainteresovani za controlling
Govornici:
1. Natalija Mihajlović, head of controlling, SIEMENS
2. Ljiljana Aleksić, head of c ontrolling, MERCEDES
3. Lidija Petreska, head of controlling, TELENOR
4. Slaviša Lečić, senior presales, SAP
5. Ivana Višnjić, direktor plana i analize, JAFFA
6. Ivana Milić, direktor finansija i controllinga, MICROSOFT
7. Dragan Vještica, controlling manager, METRO C&C
8. Olivera Semiz Čerge, direktor finansija i controllinga, TARKETT
9. Danijela Medić, šef finansijske analize, NEOPLANTA
10. Dr Vojislav Marjanović, professor controllinga
MDOT US-23 Plans Environmental Assessment Update, Appendices, January 2015JGNelson
This is the appendix to the document which fully describes MDOT's plans for improving US-23 between the M-14 interchange and Silver Lake Road. It contains an extensive list of stakeholders at all levels of government, letters therefrom, as well as plans for the Detours around the proposed construction projects.
Long Branch Central Watershed Management Area Project Overview October 26, 2020Fairfax County
Information about development in Fairfax County, major stormwater management project drivers, a functions-based approach to stream restoration and more information about the project is included in the presentation.
Paul Spring Branch at Sherwood Hall Stream Restoration ProjectFairfax County
The plan is to return the form and function of the channel to dynamic equilibrium and improve the ecological processes of the riparian corridor within the constraints of the developed landscape.
Restore ~4,000 feet by returning the form and function of the channel to dynamic equilibrium and improve the ecological processes of the riparian corridor.
Difficult Run at Brittenford Drive Information Meeting May 17, 2017Fairfax County
This project will mitigate flooding, reduce erosion, and protect public and private property. Approximately 3,000 feet of the main channel and 1,500 feet of tributaries will be restored.
3.
3
Re*Envisioning Dam Management in Michigan
List of Abbreviations
ASCE American Society of Civil Engineers
CRA Conservation Resource Alliance
CRWC Clinton River Watershed Council
CZM Coastal Zone Management
DNR Department of Natural Resources
DEQ Department of Environmental Quality
DNRE Department of Natural Resources and Environment
EAC Environmental Advisory Council
EPA Environmental Protection Agency
FERC Federal Energy Regulatory Commission
GLC Great Lakes Commission
GLRI Great Lakes Restoration Initiative
HRWC Huron River Watershed Council
I & E Information and Education
LIAA Land Information Access Association
PCBs Polychlorinated Biphenyls
RC&D Resource Conservation and Development Council
MiCorps Michigan Clean Water Corps
MNSP Michigan Natural Shoreline Partnership
MRWA Muskegon River Watershed Assembly
NFWF National Fish and Wildlife Foundation
NOAA National Oceanic and Atmospheric Administration
TNC The Nature Conservancy
USFWS United States Fish and Wildlife Service
WMP Watershed Management Plan
8.
8
Re*Envisioning Dam Management in Michigan
o Call for an advisory board to provide regular interactions with state staff, consultants,
NGOs, university researchers
Consistency between District & Central Offices
o Address inconsistency with regional approach at MDNRE – Projects on the Clinton River
benefit from an active and involved State Fisheries Biologist. But there is no required
role for Fisheries Division to assist with dams so other rivers don’t receive the same
benefits. Level of involvement varies throughout state. Some regions don’t give support
to dam removals and studies.
o Develop a means and motivation for the Lansing staff to work with the district staff
o Need trust between locals and state for success of these dam projects and river
restoration
Develop checks and balances, measures in place to increase district‐central
communications and to ensure decisions made are good ones and that poor
decisions are being fixed.
Michigan United Conservation Clubs working on Great Lakes Regional
Collaboration and dams are a priority for their membership. They want to have
local resources so problems are solved at local level.
o Look to pioneers: How have VT and MA dealt with this issue of centralized v. district
expertise and organization?
Coordination with Watershed Groups & Other Agencies
What project components should the state be responsible for? What is better suited to
regional/watershed groups?
DNRE should bring in the local watershed group in any new dam removal project
o Past experiences with dam owners/communities have created tension among parties
that require local groups to step in. Local and regional groups embrace this role and
think it should continue.
o Involve river groups more meaningfully in Superfund discussions, lack of transparency at
DNRE historically
Improved coordination with federal and other state agencies is wanted
o Need to move on proactive dam removal and repair for those dams that aren’t FERC or
in the Dam Safety Program
Special Expertise
o Recommend that Joe Rathbun, MDNRE, Water Quality Analyst, is involved with
sediment testing and assessment aspects of dam projects. He teaches on this subject as
part of the instructional staff for the University of Wisconsin‐Madison professional
engineering course on dam removals.
11.
11
Re*Envisioning Dam Management in Michigan
Funding for clearinghouse should be written into grants
Regional groups could maintain the database (e.g. Huron Pines, HRWC)
Build Capacity for Dam Projects among Contractors/Consultants
o Contractors for dam projects need to be trained, maybe certified. Have list of
contractors with experience from state (like an “Angie’s List”). What’s included in the
certification process? Ask for referrals from practitioners. Check with engineer and dam
removal expert Laura Wildman on whether such a program exists elsewhere.
o Build capacity among practitioners (consulting firms) on how to do dam removals using
example from Michigan Natural Shoreline Partnership (MNSP) natural shorelines
program.
Public Information and Education
o MDNRE can help local and regional groups raise the conservation ethic and knowledge
among the public. Need consistent messaging!
o Part of education to public should be why dam failures are bad, even on small dams
Permitting
o Develop general permit for dam removals. If in Dam Safety Program, here’s what’s
expected for sediment sampling, etc. If not in dam safety program (“minor” project),
then here’s what’s expected.
o Create financial disincentives for dam construction, including new and renewed
hydroelectric dams
Consistency for State Decision‐making
o State can help with setting a consistent set of expectations for permitting, preliminary
engineering, sediment characterization and transport. Create dam management
decision‐making flowchart.
o Small dams vs. large dams, different strategies required
o Some of the dam removal process needs to be cookie cutter and spend far less on fine‐
tuning restoration. Rivers are self‐ correcting. Need to trust that the river knows what it
needs to do.
o Retain room for adaptive management for some dam removals instead of having all of
the answers upfront
State‐wide Dam Inventory and Prioritization
o Different listings of dams are used and none are comprehensive – National Inventory of
Dams, DNR Fisheries, American Rivers, TNC all keep their own spreadsheets.
12.
12
Re*Envisioning Dam Management in Michigan
Carl Lindquist of Superior Watersheds Partnership has inventory forms from
partnership with TNC, can share GIS data for Upper Peninsula.
o Challenge with data sharing with MDNRE, e.g. state not sharing lat/long for dam
locations
o MSU project underway to ground‐truth locations of dams of state database
o Prioritization efforts are happening at the local watershed level. Need a state‐wide dam
inventory with restoration and removal attributes to cover all rivers and streams.
Testimonials on Dam Removal Successes
Develop lessons learned on Michigan dam removals
Testimonials should come from private residents on dam removal successes in the state. River
and conservation groups can help with identifying folks.
o Salling dam in Grayling produced good spokespeople of all views on dam removals; ~15
people involved in that effort who could be interviewed.
Should reflect land ownership issues when submerged lands are exposed
o Can pull testimonials from various examples around the state.
o What do we do for vegetation management? Require native, riparian vegetation.
Which dams? Prioritizing dams for removal or repair
As a result of the regional meetings, HRWC researched the current efforts in Michigan to prioritize dams
for removal or repair and produced a review of that research (Appendix E & F). As dam removal
becomes a more popular management tool, direction is needed in targeting dams that will yield the
greatest ecological and social benefits. Currently, several groups across the state are in the process of
taking inventory of dams in their watershed for subsequent analysis and prioritization for potential
removal.
The three projects in Michigan are profiled in detail:
Potawatomi RC & D Council working on the St. Joseph River
Muskegon River Watershed Assembly working on the Muskegon River
Huron Pines working on the AuSable River and Lake Huron drainage
14.
14
Re*Envisioning Dam Management in Michigan
Upper Peninsula, Dead River (Contact: Carl Lindquist, Superior Watersheds Partnership)
o Removed 3 dams in UP with hazard mitigation funding. Largest dam failure in MI on
Dead River; 2 dams failed in one day. Light and power is owner and trying to rebuild
downstream dam.
o SWP is working with partners to prevent new dam construction
Chesaning River (Contact: Jim Hergott, Saginaw RC&D)
Boardman River; Stronach River (Contact: Bryan Burroughs, Trout Unlimited)
Muskegon River (Contact: Gary Noble, Muskegon River Watershed Assembly)
o Muskegon is a cool water system, so dams lend to thermal pollution
o ~100 inventoried dams, 4 on main stem. 3 of the 4 are FERC and owned by Consumers
Energy
o MRWA focuses on small dams. Removed Hersey Dam on Hersey River, a high quality,
coldwater stream. Now working on removing Marion Dam on Middle Branch River. Big
Rapids Dam removal and Hersey Dam removal are success stories.
Huron River (Contact: Elizabeth Riggs, Huron River Watershed Council)
o Mill Pond dam in Dexter. The Village of Dexter approached HRWC with a desire to
remove the dam. HRWC advised on the project and dam was successfully removed in
2008 with funding from the village and state road reconstruction funds primarily.
o Dam removal projects of interest: Peninsular Paper dam in Ypsilanti and Argo dam in
Ann Arbor. Both dams were identified by State Fisheries Division as priority dams for
removal.
17.
17
Re*Envisioning Dam Management in Michigan
7. Improve information transfer by training both field and central office staff
in dam removal and river sciences.
8. Add staffing to the Dam Safety Program.
9. Develop a state‐wide inventory of dams and a dynamic prioritizing
scheme of dam removals.
10. Push FERC for removals prior to relicensing, or at least mitigate impacts
of dam through fish ladders and other means.
In closing, the prospect of a new governor and state legislature in January 2011 will introduce some new
faces to state administration and to this long‐standing problem of maintaining safe dam infrastructure in
Michigan. River and conservation groups bear some of the responsibility to convey the sense of urgency
to them and this re*envisioning of dam management, and applying pressure to see that the difficult
choices are not avoided. Pushing this agenda needs to be balanced with the realities that legislators and
state staffers face under these times of fiscal drought (e.g., limits or bans on travel and training; lack of
staff resources to enact new ideas and programs).