#13 - Comp Plan - Trends & Implications -continued
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The document discusses various demands on and trends affecting mining, recreation, public lands, flood control, groundwater recharge, and water quality in a watershed district. Mining is expected to use alternative water sources and change pumping rates to reduce impacts. Recreation is increasing but management of lands and water remains limited. Public land uses impact water quality and management challenges may rise. Flood control focuses on maintaining existing profiles but climate change could increase atypical floods. Groundwater recharge may become a larger district focus. Water quality faces threats from development and storms, and portions of watersheds lack needed infrastructure.
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Civil v-hydrology and irrigation engineering [10 cv55]-notes
WRE: UNIT–I:
Surface Water Hydrology: Water Resources in India, Hydrology in water Resources Planning –Precipitation – Types,
Measurement of rainfall, Average depth of rainfall over an area, Mean annual rainfall, consistency of rainfall record, Double
mass curve; Infiltration – Factors affecting and its determination, Evaporation and Evapo-Transpiration. Runoff – factors
affecting runoff, methods of determination of runoff, stream gauging.
UNIT-II:
Hydrograph analysis: Base flow separation, Unit Hydrograph – Hydrograph of different durations, applications of unit
hydrograph, S-hydrograph, Flood Forecasting Techniques.
Ground Water Hydrology: Mechanics of interstitial flow, definitions, sub surface distribution of water, types of aquifers,
ground water movement, Darcy’s law, Well hydraulics – steady flow into wells in Un-confined and confined aquifers,
determination of hydraulic properties of aquifer, pumping test and recuperation test methods for determination of yield of
open well.
UNIT-III:
Reservoir Planning: Types of reservoir investigations for reservoir planning, selection of site for a reservoir, zones of
storage in a reservoir, reservoir yield, mass curve and demand curve, determination of reservoir capacity, yield from a
reservoir of given capacity, operating schedules, guide curve for reservoir operation, apportionment of total cost of a multi
purpose project, reservoir sedimentation, control of reservoir sedimentation, useful life of a reservoir.
UNIT-IV:
Irrigation: Definition of irrigation, types of irrigation systems – direct and indirect, lift and inundation irrigation system,
methods of irrigation – surface and sprinkler methods, drip irrigation, Soil moisture constants, depth of water held by soil in
root zone. Water requirements of crops, Duty, Delta, Base period and their relationship, crop seasons, factors affecting duty
and methods of improving duty, consumptive use of water, determination of canal capacities for cropping patterns.
UNIT-V:
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and lacey’s theories, tractive - force method, design problems – balancing depth of canal.
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2) Set up platforms for dialogue and capacity building between stakeholders and invite research institutions to establish assessment systems.
3) Facilitate agreement on water allocation quotas between the 9 provinces in the Yellow River basin.
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Civil v-hydrology and irrigation engineering [10 cv55]-notes
WRE: UNIT–I:
Surface Water Hydrology: Water Resources in India, Hydrology in water Resources Planning –Precipitation – Types,
Measurement of rainfall, Average depth of rainfall over an area, Mean annual rainfall, consistency of rainfall record, Double
mass curve; Infiltration – Factors affecting and its determination, Evaporation and Evapo-Transpiration. Runoff – factors
affecting runoff, methods of determination of runoff, stream gauging.
UNIT-II:
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hydrograph, S-hydrograph, Flood Forecasting Techniques.
Ground Water Hydrology: Mechanics of interstitial flow, definitions, sub surface distribution of water, types of aquifers,
ground water movement, Darcy’s law, Well hydraulics – steady flow into wells in Un-confined and confined aquifers,
determination of hydraulic properties of aquifer, pumping test and recuperation test methods for determination of yield of
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UNIT-IV:
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root zone. Water requirements of crops, Duty, Delta, Base period and their relationship, crop seasons, factors affecting duty
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This document provides an overview of incorporating a dynamic irrigation demand module into an integrated surface water/groundwater model to assess drought response. It discusses background on source water protection in Ontario, Canada, outlines the integrated modelling approach using GSFLOW, and describes modifications made to the GSFLOW code to simulate farm-scale irrigation demand based on soil moisture levels. Testing of the new irrigation demand submodel in a pilot watershed study area is presented.Rolling meadows ccwd general presentation
The document discusses the Coon Creek Watershed District and its roles and responsibilities. It describes what a watershed is, defines a watershed district as a special purpose local government, and outlines Coon Creek's mission to prevent property damage, maintain hydrologic balance, and protect water quality for citizens and wildlife. It also discusses the district's ditch system, property rights and easements, management of outlots, and roles in regulating development and maintaining drainage infrastructure.
Impact of Climate Change on Groundwater Resources
This document summarizes the impact of climate change on groundwater resources. It discusses how climate change can affect factors like precipitation, temperature, and evapotranspiration, which then impact groundwater recharge and levels. Higher temperatures and variability in rainfall from climate change could mean more fluctuations in groundwater levels and potential saline intrusion in coastal aquifers. Quantifying the full impact on groundwater requires downscaling climate models and coupling them with hydrological models to estimate changes in groundwater recharge over time. Key concerns are potential decreases in groundwater supplies and quality issues, as groundwater serves as a major global source of potable water.
Evidence that land use interventions including Agroforestry can deliver quant...
Evidence that land use interventions including Agroforestry can deliver quant...Pro-poor Rewards for Environmental Services in Africa ICRAF
Forests and agroforestry systems improve the amount of water in the soil, retards surface runoff and reduces soil erosion. They also help increase and regulate base water flow.
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The document discusses key concepts in groundwater management including watershed concepts, groundwater supply management, artificial recharge enhancement, spring protection and development, groundwater demand management, and adaptive management of groundwater. It also provides details on what a watershed is, watershed characteristics that influence runoff, and the objectives of watershed management which include conserving soil and water, improving water holding capacity of land, rainwater harvesting, and growing vegetation. Groundwater supply management aims to increase supply through various measures like water harvesting, retention, protecting natural recharge, conjunctive use, and enhanced aquifer recharge.
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To view animations click the links in the presentation.
For more information visit us at http://earthfx.com/
Stormwater Compliance
Sameer Dhalla
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The document summarizes assessments of stream restoration and stormwater projects funded by the CWMTF. It discusses the types of restoration and stormwater projects funded, methods used to assess the projects, findings from site visits by field representatives, and presentations made on various project types including stream restoration, wetland restoration, agricultural BMPs, and stormwater BMPs. Key highlights include that most funded projects showed water quality benefits and compliance with goals, though some required maintenance and repairs, and presentations provided examples and findings on different best management practices.
#12 - Comp Plan - Trends & Implications
1) Population in the area is projected to increase by 14% by 2020 and housing is projected to increase by 24%. This will result in increased demand for services like water management and recreation.
2) Agricultural and vacant land is expected to decrease by 7,500 acres by 2020, increasing impervious surfaces. This will impact drainage and water quality.
3) Drainage demands are expected to decrease slightly as drainage dependent lands decrease by 642 acres. Maintenance standards for drainage systems will need reevaluation and inspection of critical reaches will be important.
27 nov16 conjunctive_use_planning_in_a_canal_command_for_food_security
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This document discusses integrated water resource management (IWRM) and groundwater resource management. It defines IWRM as an approach that promotes coordinated development and management of land and water resources, as well as surface and groundwater. Regarding groundwater specifically, the document states that management aims to balance groundwater recharge and withdrawals to ensure long-term sustainability of resources and water quality. It notes that excessive pumping from the Aynalem well field in Mekelle, Ethiopia led to a decline in water levels and abandonment of infrastructure due to unsustainable abstraction rates that did not account for aquifer recharge limits. Proper groundwater management is needed to avoid such consequences of mismanagement.
Circ1139
This document is a summary of the U.S. Geological Survey Circular 1139 which examines the interaction between groundwater and surface water. It was authored by Thomas C. Winter, Judson W. Harvey, O. Lehn Franke, and William M. Alley of the U.S. Geological Survey. The circular provides an overview of the natural processes and human impacts that affect the quantity and quality of the interaction between groundwater and surface water. It also discusses some of the challenges this interaction presents for water supply, water quality, and aquatic environments. Understanding the linkages between ground and surface water is essential for effective management of water resources.
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This document summarizes a case study balancing wetland and stream preservation with stormwater management for a development project. It describes:
1) The site location and initial watershed conditions, including a low-lying area suitable for development.
2) The permitting review process, including avoiding impacts to waters and applying a stormwater management hierarchy.
3) Proposed site-specific mitigation and best management practices, such as stream buffers, wetland replanting, infiltration practices, and a retention pond.
4) Additional water quality monitoring and management practices implemented, including temperature modeling and shade planting.
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Agricultural sensitivity to climate change and water resources interactions i...
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Incorporating a Dynamic Irrigation Demand Module into an Integrated Surface ...
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Evidence that land use interventions including Agroforestry can deliver quant...
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Crooked lake public input workshop
This document outlines the 2014-2018 management plan public input workshop for Crooked Lake. It discusses the status of the current management plan and identifies key issues from the previous plan around invasive species, water clarity, muck, water quality, garbage, water levels, and implications for the future. Data on trends related to these issues is presented. The document concludes that water quality has improved but invasive species remain a challenge and effects of groundwater on water levels needs continued attention. The local water management district outlines ongoing and planned activities to monitor the lake and watershed and develop new management plans and studies.
2013 winter meeting crooked lake management plan
This document summarizes the management of a shallow lake from 2008 to 2013. Key issues included invasive species, water clarity, muck, water quality/pollution, and water levels. Water quality showed improvements from 2008-2012 in metrics like phosphorus and clarity. Invasive aquatic plants remained a challenge. Future plans included continued monitoring, updating management plans, studying groundwater impacts, and assessing the lake berm.
Obstr hearing only
The Coon Creek Watershed District Board held a hearing to determine if an obstruction in County Ditch 58-6 should be removed. The ditch experiences flooding due to an undersized culvert on Polk Street installed in 1964-1970. Three properties are affected by the flooding. The Board considered inspection reports from 2011 showing flooding, as well as safety and flood damage concerns from the landowners. Engineers recommended replacing the culvert with a longer, larger diameter culvert to reduce flooding and safety issues. Cost estimates were provided and two contractors provided quotes for the work.
Crooked lake plot study 2011
A small Lake research project to determine what would grow if Eurasian water milfoil was not present.
Z claa2011 fall meeting planupdatev 2.0
This document provides a summary of the 2011 update to the Crooked Lake Comprehensive Management Plan. It outlines issues affecting Crooked Lake such as invasive species, water levels, and water quality. Actions taken in recent years to address these issues are also summarized, including invasive species treatment, water level and quality monitoring, and educational efforts. Upcoming plans to further address water usage, shoreline restoration, and prevention of aquatic invasive species are mentioned as well.
Ccwd nsc pervious pavement- for meca
1. The National Sports Center in Blaine installed a pervious concrete parking lot section in October 2009 with a grant from CCWD, but it began raveling after 4.5 months.
2. Inspections and testing found the lack of proper curing due to cool fall temperatures caused weakening of the material.
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2011 Crooked Lake Plant Study
Pictorial supplement to a presentation on testing the capability of aquatic native plants to grow when Eurasian watermilfoil presence is reduced significantly.
2011 Winter Meeting Lake Comp Plan update
The document summarizes the 2011 update to the Crooked Lake Comprehensive Management Plan. It outlines the plan's approach of developing strategies to address issues, implementing solutions, monitoring results, and adapting the management plan. Key issues identified include invasive species, water clarity, muck, nonpoint source pollution, and water levels. The document reviews activities from 2009-2012 to address these problems and questions from the public workshop.
#11 - Comp Plan - Wetland Management
The document discusses trends in wetland loss and implications for management. Over 5,137 acres of wetlands have been lost due to drying of the landscape. An additional 8,375 acres, or 52% of wetlands, have lost hydroperiods classified as temporarily flooded or saturated. This drying is causing organic soils to decompose, invasive species to spread, and upland species to colonize wetland areas. The loss of hydrology and wetland functions implies a probable permanent loss of 52% of wetland stock and potential removal from 60-80% of the county due to land subsidence and hydrophobic soils. Managers can expect more delineation challenges and fewer areas meeting jurisdictional wetland definitions going forward.
#10 - Comp Plan - Wildlife Management
The document summarizes wildlife and fisheries in a watershed district. It found that habitats and populations were generally in good condition, though endangered, threatened, and special concern species continue to increase, concentrated in the eastern portion. It identifies rare plant communities that require awareness of habitat needs for critical species, and habitat management plans may be developed.
#9 Comp Plan Mission & Commitments Review
The Coon Creek Watershed District has statutory and regulatory obligations to administer activities affecting water resources, regulate such activities, plan projects, operate and maintain infrastructure, and inform and educate the public. Its mission is to manage groundwater and surface water, maintain hydrologic balance, prevent property damage, protect water quality, and provide for public safety, enjoyment, and resource preservation and enhancement through programs in administration, development regulation, operations and maintenance, planning, information/education, and research/monitoring. The District carries out its business through budgets, staff, land management, provision of services, contracts, cooperation, and collaborative efforts.
#8- Comp Plan - Water Quality
This document reviews water quality data from 7 studies in the Coon Creek watershed. It found high levels of suspended solids that exceeded standards once, as well as impaired dissolved oxygen levels in Sand Creek. Trend analyses showed impairments for turbidity, total suspended solids, and phosphorus. The lower portion of the watershed lacks infrastructure needed for water quality improvements.
#7 - Comp Plan - Lakes
The document summarizes water quality trends in three lakes - Crooked, Ham, and Netta - located within the Coon Creek Watershed District in Minnesota. It finds that while Crooked Lake has seen significant improvements in water quality from 1983 to 2009, Ham and Netta Lakes have shown no clear trends over the long term for parameters like total phosphorus and chlorophyll-a. Declining water levels pose the biggest threat and risk lower levels that could negatively impact fish and water quality. Water levels are expected to continue dropping with potentially more invasive species issues.
#6 - Comp Plan - Surface Water
This document summarizes information about surface water in the Coon Creek watershed district. It reviews hydrologic budget data and stream flow variation over 100 years. Analysis of rainfall data from 1985, 1999, and 2009 shows that less than 1 inch of rain did not cause much runoff in 1985, the fate of 1 inch of rain needs to be managed now, and water levels increase substantially with each inch of rain currently. Graphs show increasing water levels over time at three locations. The implications are that the lower watershed remains prone to flooding and shows some independence from the rest of the watershed. Increased erosion and water quality issues are expected in the lower watershed going forward.
#2- Comp Plan - Issues input
This document summarizes discussions from a meeting regarding a 2010-2020 comprehensive water management plan. It identifies state and local agencies in attendance and their initial issues and concerns. These include balancing water quantity and quality, challenges from physical resource limitations, and effectively enforcing regulations. The document also outlines projected rule and permit revisions, program requirements, and a proposed implementation schedule for the comprehensive plan.
#4- Comp Plan - Evaporation & Evapotranspiration
This document discusses trends in evapotranspiration and evaporation in the Coon Creek Watershed District over the past decade. It shows that excess precipitation from evapotranspiration and evaporation has decreased based on Thornthwaite and evaporation coefficient models. This decrease in excess precipitation is expected to result in less natural recharge and loss of lakes and wetlands in the watershed district.
#3 - Comp Plan - Climate & Precipitation
The document outlines a plan to update the climate and precipitation chapter of the Coon Creek Watershed District's 2020 Comprehensive Plan. It recommends analyzing updated data sets to bring statistics and trends up to date for the district, reviewing implications of changes in precipitation, and considering increasing volume management requirements to 1.5 inches to address expectations of changes in precipitation volume and support surficial aquifer and water quality management needs.
#1 - Comp Plan 2010–2020 Intro
The 2010-2020 Comprehensive Plan outlines requirements to protect water quality, prevent soil erosion, and reduce pollution over the next decade. It proposes an education program, regulatory inspections, BMP maintenance, and water monitoring. The plan approach involves developing strategies around management, social, and physical factors, then implementing, monitoring, evaluating needs, and using adaptive management over the 10 year period.
#5 - Comp Plan - Groundwater
This document discusses groundwater storage and flux in the Coon Creek Watershed District. It outlines the surficial geology including lake deposits and river terrace deposits. The generalized geology profiles from west to east and in the upper 120 feet are presented. Implications are discussed such as more available groundwater storage, more infiltration, difficulty maintaining surface water resources, and groundwater resources behaving differently. Expectations for management include increased irrigation demand, and increased recreational/aesthetic use concerns.
CLAA 2010 Winter Meeting Plan Update
The Crooked Lake Comprehensive Management Plan Update 2010 outlines strategies to address key issues impacting Crooked Lake. It reviews water quality, which is currently good due to prevention of turbid conditions. Main issues are Eurasian water milfoil, stormwater pollution, and water levels. The plan develops and implements strategies to continue annual milfoil treatment, encourage buffers and infiltration to reduce pollution, and educate stakeholders on groundwater issues to help manage water levels.
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#13 - Comp Plan - Trends & Implications -continued
- 1. Direct Demands continued Mining Public Land Recreation
- 2. Mining
- 10. Mining - Implications of Trends Changes in Wetlands, Lakes, Trees and Parks
- 15. Recreation Lands
- 20. Public Land
- 25. Indirect Demands Flood Control Groundwater Recharge Water Quality
- 26. Property Damage Avoided Flood Control
- 33. Why are we paying to have Bart inoculated against diseases he never gets? Homer Simpson
- 39. Water Quality Improvement & Stormwater Protection
- 45. Questions? Thank You Coon Creek Watershed District