Illinois Drainage Law
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Ohio Drainage Law the City of Wadsworth Receives Frequent Calls from Landowners About Drainage Issues
Ohio Drainage Law The City of Wadsworth receives frequent calls from landowners about drainage issues. The Ohio Laws that govern water rights and drainage can be very complex and be found in statutory and common law. Please note that the City of Wadsworth cannot give you any legal advice about your particular rights and would recommend that you seek private counsel to fully advise you thereto. If there is a dispute where the parties cannot work together to solve the problem, the Court of Common Pleas would have the jurisdiction over the issues. These cases can be difficult and expensive. Typically both parties end up ahead by working together to solve the problem. General Considerations with Ohio Drainage Law The Ohio Drainage Laws generally address drainage rights and runoff issues. The “reasonable use doctrine” frequently applied by the Ohio Supreme Court permits broad latitude in the interpretation of individual rights as they pertain to drainage. It states “A possessor of land is not unqualifiedly privileged to deal with surface water as he pleases, nor is he absolutely prohibited from interfering with the natural flow of surface waters to the detriment of others. Each possessor is legally privileged to make a reasonable use of his/her land, even though the flow of surface waters is altered thereby and causes some harm to others. He incurs liability only when his harmful interference with flow of the surface water is unreasonable.” See McGlashan v. Spade Rockledge Terrace Condo Dev. Corp., 62 Ohio St. 2d 55, 402 N.E.2d 1196. The laws are not easily summarized. -
Irrigation Ditches and Their Operation
Irrigation Ditches and their Operation Fact Sheet No. 6.701 Natural Resources Series|Water by R. Waskom, E. Marx, D. Wolfe, and G. Wallace* Water Laws and until its completion. Otherwise, the water Quick Facts Regulations right is forfeited. In addition to a priority date, a water right is recorded based on the • Water rights in Colorado are Current western water law originated location where the water will be diverted or considered a private property during the California gold rush in 1848. Back withdrawn, the amount to be withdrawn, and right. Water rights can be sold then miners would divert water from streams the beneficial use to which it will be put. or inherited, and prices may while mining for gold. Just like the claim on In Colorado, water rights are considered a mining stake, a rule was established stating vary according to supply and a private property right. Water rights can that the first miner to use the water had the demand. be sold or inherited and prices may vary first right to it. After the first miner’s right according to supply and demand. The • Ditch companies coordinate was established, the second miner’s right was consumptively used portion of a water the use, ensure proper recognized, and so on. Claims left abandoned right may be transferred to another area or maintenance and efficient were available to others. Miners brought this use with approval of the water court, with operation of surface water system to Colorado during the gold rush the stipulation that other water rights are of 1859. -
Indiana Drainage Law
INDIANA DRAINAGE LAW Title 36 Article 9 Chapter 27 IC 36-9-27 Chapter 27. Drainage Law IC 36-9-27-1 Application of chapter Sec. 1. This chapter applies to all counties. However, sections 6, 7, 9, 10, 30, 31, and 32 of this chapter do not apply to a county having a consolidated city. As added by Acts 1981, P.L.309, SEC.101. IC 36-9-27-2 Definitions Sec. 2. As used in this chapter: "Affected land" means land within a watershed that is affected by the construction, reconstruction, or maintenance of a regulated drain. "Board" refers to the drainage board of a county. "Crossing" means a drainage structure that passes over, under, or through a location used for the passage of people, livestock, or vehicles. "Dam" means a dam or other structure and its appurtenances that impounds a small lake at the lake's outlet. "Maintenance" means work on a drain as described in section 34(c) of this chapter for any of the purposes stated in that section. "Mutual drain" means a drain that: (1) is located on two (2) or more tracts of land that are under different ownership; (2) was established by the mutual consent of all the owners; and (3) was not established under or made subject to any drainage statute. "Open drain" means a natural or artificial open channel that: (1) carries surplus water; and (2) was established under or made subject to any drainage statute. "Owner" refers to the owner of any interest in land. "Private drain" means a drain that: (1) is located on land owned by one (1) person or by two (2) or more persons jointly; and (2) was not established under or made subject to any drainage statute. -
Stormwater Management Why and What Is Stormwater Management?
Stormwater Management Why and What is Stormwater Management? • Implementaon of structural and non-structural measures to manage problems and prevent new problems • Protecng life and lessening public health and safety risks • Reducing monetary damage to private and public property • Protecng quality of surface and ground water • Minimizing disrupon of community affairs Stormwater Management Relaonship to Sustainability • Water is limited resource – Arid environment – Reduced water supplies • Water quality impacts to downstream water bodies (beaches, streams, lakes) • Groundwater recharge from rainfall – Quality and quanty • Wildlife and riparian corridors • Impacts to stability of natural creeks / rivers with increased erosion Convenonal Approaches to Stormwater Management Floodplain Management Stormwater Management Conveyance Oriented Storage Oriented Legal Aspects of Drainage Design Drainage Law - General • Legal aspects of drainage design are just as important principles as the engineering and must be aware of the general doctrines • Engineer must be must be aware of lawsuits for “negligence in design” or failure to perform in accordance with “industry standards” Drainage Law - General • Drainage law based varies widely between states and based on case law • Generally based on three doctrines: 1. Common Enemy Doctrine 2. Civil Law Rule or Natural Flow Rule 3. Rule of Reasonable • Disnguishes between “surface waters” and “water course” California Drainage Law An upper landowner is entled to discharge surface water from his land as the water naturally flows. If he modifies the natural flow, he is liable for any damage done to a lower landowner unless the lower landowner had acted “unreasonably” in altering the natural drainage over his land. The determinaon of reasonable or unreasonable is a queson of fact to be determined by the court in each case Keys v. -
Ophir Pass Fen), San Juan Mountains, Colorado
Restoration plan for a rare high elevation sloping fen (Ophir Pass fen), San Juan Mountains, Colorado. By Rod Chimner, Ph.D. (Michigan Technological University) Project Summary and Objectives: We will restore 0.65 ha (1.6 acres) of a unique iron fen in the San Juan Mountains, Colorado. This large and very steep fen (up to 21% slope) has six ditches (a total combined length ~700 ft) that are having a severe impact on the fen by lowering the water table, eliminated plant cover from a large area, and is causing a reversal of peat accumulation. This site is also undergoing severe frost heave and erosion that is preventing colonization of plants, and allowing direct runoff of large amounts of sediments directly into the Middle Fork of Mineral Creek. Therefore, our objective is to restore natural hydrological and vegetation conditions by filling and blocking 6 ditches, replanting the large bare area, and eliminating sediment runoff into the stream. We will restore the Ophir Pass fen by plugging and filling all six ditches, planting Sphagnum and sedges in the restored ditches and bare areas, stabilize steep slopes with coir matting, straw wattles, and excelsior mulch, and conducting pre and post vegetation and hydrologic monitoring. Community and student volunteers will assist with vegetation planting and post monitoring. This project is a collaboration of Mountain Studies Institute, U.S. Forest Service, Michigan Technological University, and Durango Mountain Resort. Project Description and Need: Fens have been thought to be rare in the continental Western U.S. because of the hot and dry climate. However, it has recently become apparent that fens are numerous in the higher elevations of the Rocky Mountains and they support endemic and widely disjunct taxa and unique communities (Cooper and Andrus 1994, Chimner et al. -
Fenland Drainage Ditches
FENLAND DRAINAGE DITCHES LOCAL HABITAT ACTION PLAN FOR CAMBRIDGESHIRE AND PETERBOROUGH Last Updated: April 2009 1 CURRENT STATUS 1.1 Context This Habitat Action Plan is intended to cover drainage ditch habitats within the Fenlands of Cambridgeshire – these are characterised by supporting aquatic and marginal habitats and by forming a network which, by virtue of strategic pumping stations, have been traditionally used to drain the fenland and make it suitable for cultivation and habitation. The area or indeed the total length of ditches in the county is not accurately known but it is clearly a large resource. The Action Plan can also be used as guidance for other drainage ditches outside the fenland area. In East Anglia, drainage ditches have been vital to the maintenance of high quality agricultural land and in the Fenland Landscape Area of Cambridgeshire are still a dominant and highly characteristic landscape feature. Drainage ditches can vary in size from small roadside cuts to 30m wide agricultural drains which, connected together, comprise a large linear, mainly freshwater system. The flow of water in Fenland Landscape Area ditches is typically slow moving and is artificially regulated. However, some smaller drains can be dry, especially in summer. The drainage ditch network connects with streams and rivers which are covered by a separate Rivers and Streams LHAP. 1.2 Biological status Although an artificial habitat, drainage ditches and their associated banks are of high value for a broad range of wildlife. There are many plants -
City of Fort Lupton
CITY OF FORT LUPTON 2018 MUNICIPAL WATER EFFICIENCY PLAN EXECUTIVE SUMMARY The City of Fort Lupton (City or Fort Lupton) is a business and family friendly municipality located at the intersection of Highway 85 and Highway 52 in Weld County. The City lies on the quieter eastern plains but is in close proximity to the main throughway of Interstate 25, with easy access to the Cities of Boulder, Greeley and the Denver metropolis. The South Platte River flows through the west side of the City, originating from snowmelt in the high-altitude areas of the Colorado Rockies. Fort Lupton residents enjoy a panoramic view of the scenic Rocky Mountains while being located only 30 minutes from the Denver International Airport. Fort Lupton provides water to its growing number of residents, commercial businesses, industries and agricultural water users and serves a population of approximately 8,160 people. The purpose of this Municipal Water Efficiency Plan (MWEP or Plan) is to guide Fort Lupton in the process of water efficiency planning and implementation as it continues to grow and develop. This Plan will aid the City in water conservation to complement its existing comprehensive master planning activities and community goals. The benefits of water efficiency activities may include delaying the purchase of costly water supplies and infrastructure upgrades; reducing wastewater flows and treatment and associated costs; and improved water management and stewardship. Fort Lupton’s goal is to optimize its existing water supplies and system through practical conservation measures while maintaining its high quality of life for residents. The City’s current water resources portfolio is comprised of treated (or potable) and non-potable water supplies. -
Predictive Modelling of Spatial Biodiversity Data to Support Ecological Network Mapping: a Case Study in the Fens
Predictive modelling of spatial biodiversity data to support ecological network mapping: a case study in the Fens Christopher J Panter, Paul M Dolman, Hannah L Mossman Final Report: July 2013 Supported and steered by the Fens for the Future partnership and the Environment Agency www.fensforthefuture.org.uk Published by: School of Environmental Sciences, University of East Anglia, Norwich, NR4 7TJ, UK Suggested citation: Panter C.J., Dolman P.M., Mossman, H.L (2013) Predictive modelling of spatial biodiversity data to support ecological network mapping: a case study in the Fens. University of East Anglia, Norwich. ISBN: 978-0-9567812-3-9 © Copyright rests with the authors. Acknowledgements This project was supported and steered by the Fens for the Future partnership. Funding was provided by the Environment Agency (Dominic Coath). We thank all of the species recorders and natural historians, without whom this work would not be possible. Cover picture: Extract of a map showing the predicted distribution of biodiversity. Contents Executive summary .................................................................................................................... 4 Introduction ............................................................................................................................... 5 Methodology .......................................................................................................................... 6 Biological data ................................................................................................................... -
A REVIEW of SOUTH DAKOTA DRAINAGE LAW (Revised 2005)
A REVIEW OF SOUTH DAKOTA DRAINAGE LAW (Revised 2005) Natural Resources Division Office of Attorney General Telephone: (605) 773-3215 100 copies of this book were printed by the Office of Attorney General at a cost of $____ per copy. TABLE OF CONTENTS Page TABLE OF DRAINAGE CASES .............................. iii INTRODUCTION ......................................... 1 I. CASE LAW ........................................ 2 II. STATUTORY PROVISIONS ............................ 23 A. SDCL 46A-10A-20 ............................ 24 B. DRAINAGE PLANNING .......................... 25 1. Procedure for adopting plan ........... 26 2. Amending a plan ....................... 28 3. Effect of a plan ...................... 28 C. COORDINATED DRAINAGE AREAS ................. 30 1. Purpose of a coordinated area ......... 30 2. Creating a coordinated area ........... 31 a. By county action ................. 31 b. By landowner petition ............ 31 D. DRAINAGE PROJECTS .......................... 33 1. Landowner petitions ................... 34 2. Hearing on petition ................... 35 3. Determining project damages ........... 36 4. County construction powers ............ 38 5. Construction contracts ................ 39 6. Maintenance, repair, and improvements . 40 7. Petitions for maintenance and repair .. 42 8. Establishing a drainage project ....... 42 E. ASSESSMENTS ................................ 43 1. What is an assessment ................. 43 2. Equalizing benefits ................... 46 3. Notice of assessment .................. 47 4. -
Minnesota's Major Environmental Laws 1971 - 1995
This document is made available electronically by the Minnesota Legislative Reference Library as part of an ongoing digital archiving project. http://www.leg.state.mn.us/lrl/lrl.asp A Guide to 25 Years of Minnesota's Major Environmental Laws 1971 - 1995 Earth Day 1970- 1995 . Research Department · Minnesota House of Representatives • 600 State Office Building, St. Paul, MN 55155 ; (612) 296-6753 This report was prepared by JOHN K. HELLAND, Legislative Analyst, in the House Research Department. Questions may be directed to John at (612) 296-5039. Copies of this report may be obtained by calling 296-6753. LILA LOEBERTMAN provided secretarial support. This publication can be made available in alternative formats upon request. Please call KARIN JOHNSON, (612) 296-5038 (voice); (612) 296-9896 or 1-800-657-3550 (TDD). lE~UW~ [I] 1 {\ f\l 0 "1 :Oflh •w·ll"'~'!'\1"1\1,r>C LIBRAR'lf Contents . SrATE CAPITOL ,· ::\ rr. f'ld:IL; MN. ~tilli~ Page Introduction Major State Environmental Laws 1971-1995 . 2 Major State Environmental Laws by Subject . 76 Organizational Charts for the Main Environmental Agencies . 84 Section in Minnesota Revised Statutes Covering the Four Main Environmental Agencies . 88 Environmental Statutes under Other Agencies . 89 Major Federal Environmental Laws . 91 State and Legislative Environmental Entities . 92 Introduction This guide to Minnesota's major environmental laws, from Earth Day 1970 through the 1995 legislative session, is subjective at best. The term "environmental" includes natural resources and is used in its broadest sense. It does not, however, include laws relating to zoos or major energy laws enacted in the late 1970s and early 1980s. -
Minnesota Drainage Law Analysis and Evaluation
Old Republic Title Building 400 South Second Avenue, Suite 1200 Minneapolis, MN 55401 (612) 344-1400 tel (612) 344-1550 fax www.smithpartners.com www.waterlaws.com MINNESOTA DRAINAGE LAW ANALYSIS AND EVALUATION FINAL REPORT Louis N. Smith Charles B. Holtman August 15, 2011 With technical assistance from: Dr. Steve Taff Department of Applied Economics University of Minnesota Funding for this project was provided by the Minnesota Environment and Natural Resources Trust Fund as recommended by the Legislative-Citizen Commission on Minnesota Resources (LCCMR). MINNESOTA DRAINAGE LAW ANALYSIS AND EVALUATION TABLE OF CONTENTS I. INTRODUCTION AND OVERVIEW ………………………….. 2 II. LEGAL REVIEW ………………………………………………….. 5 III. CRITICAL ISSUES ……………………………….……………….. 14 IV. DEMONSTRATION SCENARIOS …………………...…………. 22 V. RECOMMENDATIONS ……………………………….…………... 53 APPENDICES A. Draft Legislation for Recommendations ………………………………….. 60 B. Scenario A – Technical Information - Houston Engineering …………… 83 C. Scenario B – Technical Information – I & S Group ………………………. 88 D. Dr. Steve Taff Economic Analysis …………………………………………. 96 E. Study Advisory Committee Information ………………………………….... 109 Funding for this project was provided by the Minnesota Environment and Natural Resources Trust Fund as recommended by the Legislative-Citizen Commission on Minnesota Resources (LCCMR). 1 MINNESOTA DRAINAGE LAW ANALYSIS AND EVALUATION I. INTRODUCTION AND OVERVIEW The glacial landscape of Minnesota is the land of 10,000 lakes, a few more wetlands, and a good deal of high groundwater. The state’s past and continuing prosperity would not be possible without the ability to make productive use of land by drainage. Roads, settlements, agriculture all have relied, and will continue to rely, extensively on the ability to manage surface and groundwaters through systems of ditch and tile. But we also have come to appreciate more with time the benefits of protecting our wet environments, the places where ground and surface waters meet. -
A Water-Budget Approach to Restoring a Sedge Fen Affected by Diking and Ditching
Journal of Hydrology 320 (2006) 501–517 www.elsevier.com/locate/jhydrol A water-budget approach to restoring a sedge fen affected by diking and ditching Douglas A. Wilcoxa,*, Michael J. Sweatb,1, Martha L. Carlsona, Kurt P. Kowalskia aUS Geological Survey, Great Lakes Science Center, 1451 Green Road, Ann Arbor, MI 48105, USA bUS Geological Survey, 6520 Mercantile Way, Suite 5, Lansing, MI 48911, USA Received 10 May 2005; revised 23 May 2005 Abstract A vast, ground-water-supported sedge fen in the Upper Peninsula of Michigan, USA was ditched in the early 1900 s in a failed attempt to promote agriculture. Dikes were later constructed to impound seasonal sheet surface flows for waterfowl management. The US Fish and Wildlife Service, which now manages the wetland as part of Seney National Wildlife Refuge, sought to redirect water flows from impounded C-3 Pool to reduce erosion in downstream Walsh Ditch, reduce ground-water losses into the ditch, and restore sheet flows of surface water to the peatland. A water budget was developed for C-3 Pool, which serves as the central receiving and distribution body for water in the affected wetland. Surface-water inflows and outflows were measured in associated ditches and natural creeks, ground-water flows were estimated using a network of wells and piezometers, and precipitation and evaporation/evapotranspiration components were estimated using local meteorological data. Water budgets for the 1999 springtime peak flow period and the 1999 water year were used to estimate required releases of water from C-3 Pool via outlets other than Walsh Ditch and to guide other restoration activities.