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NH Trout Stocking - April 2018
NH Trout Stocking - April 2018 Town WaterBody 3/26‐3/30 4/02‐4/06 4/9‐4/13 4/16‐4/20 4/23‐4/27 4/30‐5/04 ACWORTH COLD RIVER 111 ALBANY IONA LAKE 1 ALLENSTOWN ARCHERY POND 1 ALLENSTOWN BEAR BROOK 1 ALLENSTOWN CATAMOUNT POND 1 ALSTEAD COLD RIVER 1 ALSTEAD NEWELL POND 1 ALSTEAD WARREN LAKE 1 ALTON BEAVER BROOK 1 ALTON COFFIN BROOK 1 ALTON HURD BROOK 1 ALTON WATSON BROOK 1 ALTON WEST ALTON BROOK 1 AMHERST SOUHEGAN RIVER 11 ANDOVER BLACKWATER RIVER 11 ANDOVER HIGHLAND LAKE 11 ANDOVER HOPKINS POND 11 ANTRIM WILLARD POND 1 AUBURN MASSABESIC LAKE 1 1 1 1 BARNSTEAD SUNCOOK LAKE 1 BARRINGTON ISINGLASS RIVER 1 BARRINGTON STONEHOUSE POND 1 BARTLETT THORNE POND 1 BELMONT POUT POND 1 BELMONT TIOGA RIVER 1 BELMONT WHITCHER BROOK 1 BENNINGTON WHITTEMORE LAKE 11 BENTON OLIVERIAN POND 1 BERLIN ANDROSCOGGIN RIVER 11 BRENTWOOD EXETER RIVER 1 1 BRISTOL DANFORTH BROOK 11 BRISTOL NEWFOUND LAKE 1 BRISTOL NEWFOUND RIVER 11 BRISTOL PEMIGEWASSET RIVER 11 BRISTOL SMITH RIVER 11 BROOKFIELD CHURCHILL BROOK 1 BROOKFIELD PIKE BROOK 1 BROOKLINE NISSITISSIT RIVER 11 CAMBRIDGE ANDROSCOGGIN RIVER 1 CAMPTON BOG POND 1 CAMPTON PERCH POND 11 CANAAN CANAAN STREET LAKE 11 CANAAN INDIAN RIVER 11 NH Trout Stocking - April 2018 Town WaterBody 3/26‐3/30 4/02‐4/06 4/9‐4/13 4/16‐4/20 4/23‐4/27 4/30‐5/04 CANAAN MASCOMA RIVER, UPPER 11 CANDIA TOWER HILL POND 1 CANTERBURY SPEEDWAY POND 1 CARROLL AMMONOOSUC RIVER 1 CARROLL SACO LAKE 1 CENTER HARBOR WINONA LAKE 1 CHATHAM BASIN POND 1 CHATHAM LOWER KIMBALL POND 1 CHESTER EXETER RIVER 1 CHESTERFIELD SPOFFORD LAKE 1 CHICHESTER SANBORN BROOK -
Official List of Public Waters
Official List of Public Waters New Hampshire Department of Environmental Services Water Division Dam Bureau 29 Hazen Drive PO Box 95 Concord, NH 03302-0095 (603) 271-3406 https://www.des.nh.gov NH Official List of Public Waters Revision Date October 9, 2020 Robert R. Scott, Commissioner Thomas E. O’Donovan, Division Director OFFICIAL LIST OF PUBLIC WATERS Published Pursuant to RSA 271:20 II (effective June 26, 1990) IMPORTANT NOTE: Do not use this list for determining water bodies that are subject to the Comprehensive Shoreland Protection Act (CSPA). The CSPA list is available on the NHDES website. Public waters in New Hampshire are prescribed by common law as great ponds (natural waterbodies of 10 acres or more in size), public rivers and streams, and tidal waters. These common law public waters are held by the State in trust for the people of New Hampshire. The State holds the land underlying great ponds and tidal waters (including tidal rivers) in trust for the people of New Hampshire. Generally, but with some exceptions, private property owners hold title to the land underlying freshwater rivers and streams, and the State has an easement over this land for public purposes. Several New Hampshire statutes further define public waters as including artificial impoundments 10 acres or more in size, solely for the purpose of applying specific statutes. Most artificial impoundments were created by the construction of a dam, but some were created by actions such as dredging or as a result of urbanization (usually due to the effect of road crossings obstructing flow and increased runoff from the surrounding area). -
Rainbow Smelt Spawning Monitoring
PROGRESS REPORT State: NEW HAMPSHIRE Grant: F-61-R-22/F19AF00061 Grant Title: NEW HAMPSHIRE’S MARINE FISHERIES INVESTIGATIONS Project I: DIADROMOUS FISH INVESTIGATIONS Job 2: MONITORING OF RAINBOW SMELT SPAWNING ACTIVITY Objective: To annually monitor the Rainbow Smelt Osmerus mordax resource using fishery independent techniques during their spawning run in the Great Bay Estuary. Period Covered: January 1, 2019 - December 31, 2019 ABSTRACT In 2019, a total of 844 Rainbow Smelt Osmerus mordax (349 in Oyster River, 405 in Winnicut River, and 90 in Squamscott River) were caught in fyke nets. The CPUE in 2019 was highest in the Oyster River with 23.79 smelt per day, whereas the Winnicut River (8.46 smelt per day) and Squamscott River (5.54 smelt per day) were lower. A male-skewed sex ratio was observed at all rivers, a likely result of differences in spawning behavior between sexes. The age distribution of captured Rainbow Smelt, weighted by total catch was highest for age-2 fish, followed by age-1, age-3, and age-4 fish. Most water quality measurements (temperature, dissolved oxygen, specific conductivity, and pH) were within or near acceptable ranges for smelt spawning and egg incubation and development in 2019; however, turbidity was above the threshold in the Oyster River for most days monitored. INTRODUCTION Rainbow Smelt Osmerus mordax are small anadromous fish that live in nearshore coastal waters and spawn in the spring in tidal rivers immediately above the head of tide in freshwater (Kendall 1926; Murawski et al. 1980; Buckley 1989). Anadromous smelt serve as important prey for commercial and recreational culturally valuable species, such as Atlantic Cod Gadus morhua, Atlantic Salmon Salmo salar, and Striped Bass Morone saxatilis (Clayton et al. -
A Technical Characterization of Estuarine and Coastal New Hampshire New Hampshire Estuaries Project
AR-293 University of New Hampshire University of New Hampshire Scholars' Repository PREP Publications Piscataqua Region Estuaries Partnership 2000 A Technical Characterization of Estuarine and Coastal New Hampshire New Hampshire Estuaries Project Stephen H. Jones University of New Hampshire Follow this and additional works at: http://scholars.unh.edu/prep Part of the Marine Biology Commons Recommended Citation New Hampshire Estuaries Project and Jones, Stephen H., "A Technical Characterization of Estuarine and Coastal New Hampshire" (2000). PREP Publications. Paper 294. http://scholars.unh.edu/prep/294 This Report is brought to you for free and open access by the Piscataqua Region Estuaries Partnership at University of New Hampshire Scholars' Repository. It has been accepted for inclusion in PREP Publications by an authorized administrator of University of New Hampshire Scholars' Repository. For more information, please contact [email protected]. A Technical Characterization of Estuarine and Coastal New Hampshire Published by the New Hampshire Estuaries Project Edited by Dr. Stephen H. Jones Jackson estuarine Laboratory, university of New Hampshire Durham, NH 2000 TABLE OF CONTENTS ACKNOWLEDGEMENTS TABLE OF CONTENTS ............................................................................................i LIST OF TABLES ....................................................................................................vi LIST OF FIGURES.................................................................................................viii -
Restored Access Leads to Record by Runs up the Lamprey River Michael Dionne
RETURN OF THE RIVER HERRING RESTORED ACCESS LEADS TO RECORD BY RUNS UP THE LAMPREY RIVER MICHAEL DIONNE ate one afternoon in mid-April, I decided to check on the fish ladder, I was astonished at what I saw. River herring, lots of newly constructed fish ladder at Wiswall Dam in Durham, river herring! In the 10 short minutes I visited the fish ladder, I to be sure it was ready to pass any river herring that made witnessed at least 60 river herring emerging from the fish ladder the journey upstream. The annual migration of river her- exit on their way to their historic spawning grounds. And to think L ring to New Hampshire’s seacoast had started just the day these remarkable fish made the 3.6-mile journey from Newmarket before, with about 2,400 fish ascending the fish ladder at the head- in just one day! Even more astounding, these are the first fish to of-tide dam on the Lamprey River in Newmarket. As I approached swim past this location since a dam was first built here in 1830. the top of the fish ladder on that sunny afternoon, I saw two dark fish dart into the impoundment. Alewives and Bluebacks “Could it be?” I thought to myself. “Are river herring already River herring are actually comprised of two species of fish, the here?” As I quickly stepped up to the fence next to the dam and alewife (Alosa pseudoharengus) and the blueback herring (Alosa © ERIC ENGBRETSON 8 July/August 2013 • aestivalis). The appearance and life history of these two species while the juveniles spend the remainder of spring and a good are so similar that we group them together as “river herring” and portion of the summer in freshwater, feeding and growing. -
New Hampshire Rivers Management and Protection Program Biennial Report: Fiscal Years 2016-2017
New Hampshire Rivers Management and Protection Program Biennial Report: Fiscal Years 2016-2017 DRAFT The purpose of the Rivers Management and Protection Program (RMPP), established in 1988 and defined in RSA 483, is to protect certain New Hampshire rivers, called designated rivers, for their outstanding natural and cultural resources. The program is administered by the New Hampshire Department of Environmental Services (NHDES) and uses a two-tier approach to manage and protect rivers at the state and local levels through the advisement of the state Rivers Management Advisory Committee (RMAC) and the Local River Management Advisory Committees (LACs). As of June 30, 2017, there were 18 rivers or river segments designated under RSA 483 totaling 990 river miles and representing 126 towns, places, and State Parks. These 18 rivers had over 200 volunteers in 21 LACs overseeing their management (the Connecticut River has multiple LACs due to its length). One full time and one part-time staff administer the Rivers Program, with an additional full-time staff administering the Instream Flow Program. The RMPP is primarily a volunteer-based program, and most of its achievements are the result of the work of the volunteer members of the RMAC and the LACs. The Governor and Council appointed RMAC is composed of seventeen members representing various business, conservation, public service, and state agency interests. LAC members are nominated by their local communities and appointed by the NHDES Commissioner, and represent interests including local government, business, conservation, recreation, agriculture, and riparian landowners. The time spent by RMAC and LAC volunteers on river protection efforts during Fiscal Years 2016-2017 totals approximately 37,262 hours, and is valued at $927,830.1 RMPP Accomplishments Warner River Nominated to the RMPP: The nomination of the Warner River, flowing through the towns of Bradford, Warner, Sutton, Webster, and Hopkinton, was submitted on June 1, 1 Calculated using the 2016 New Hampshire volunteer rate of $24.90 per hour. -
Our Maritime Heritage a Piscataqua Region Timeline
OUR MARITIME HERITAGE A PISCATAQUA REGION TIMELINE 14,000 years ago Glaciers melted 8,000 years ago Evidence of seasonal human activity along the Lamprey River 2,000 years ago Sea level reached today’s current levels 9approximately) Before 1600 Native Americans had been in area for thousands of years Early 1400s Evidence of farming by Natives in Eliot 1500s European explorers and fishermen visiting and trading in region 1524 Verrazano became first European to describe the Maine coast Early 1600s English settlements at Exeter, Dover, Hampton, and Kittery Early 1600s Native population devastated by European diseases 1602 Earliest landfall on the coast in York (claimed) 1607 Popham Colony established at Maine’s Kennebec River; lasts barely a year 1603 Martin Pring arrived, looking for sassafras FISHING, BEAVER TRADE 1614 Captain John Smith created the first map of the region 1620 Pilgrims from the MAYFLOWER settled at Plimoth in Massachusetts Bay 1622-23 King James granted charters to Mason and Georges for Piscataqua Plantations 1623 Fishing settlements established at Odiorne Point and Dover (Hilton) Point 1623 Kittery area is settled; incorporated in 1647, billed as oldest town in Maine 1623 Simple earthen defense was built at Fort Point (later Fort William and Mary) 1624 Captain Christopher Levitt sailed up the York River 1630 Strawbery Banke settled by Captain Neal and band of Englishmen 1630 Europeans first settle below the falls on the Salmon Falls River 1631 Stratham settled by Europeans under Captain Thomas Wiggin 1632 Fort William -
Stocking Report, May 14, 2021
Week Ending May 14, 2021 Town Waterbody Acworth Cold River Alstead Cold River Amherst Souhegan River Andover Morey Pond Antrim North Branch Ashland Squam River Auburn Massabesic Lake Barnstead Big River Barnstead Crooked Run Barnstead Little River Barrington Nippo Brook Barrington Stonehouse Pond Bath Ammonoosuc River Bath Wild Ammonoosuc River Belmont Pout Pond Belmont Tioga River Benton Glencliff Home Pond Bethlehem Ammonoosuc River Bristol Newfound River Brookline Nissitissit River Brookline Spaulding Brook Campton Bog Pond Carroll Ammonoosuc River Columbia Fish Pond Concord Merrimack River Danbury Walker Brook Danbury Waukeena Lake Derry Hoods Pond Dorchester South Branch Baker River Dover Cocheco River Durham Lamprey River Week Ending May 14, 2021 Town Waterbody East Kingston York Brook Eaton Conway Lake Epping Lamprey River Errol Clear Stream Errol Kids Pond Exeter Exeter Reservoir Exeter Exeter River Exeter Little River Fitzwilliam Scott Brook Franconia Echo Lake Franconia Profile Lake Franklin Winnipesaukee River Gilford Gunstock River Gilsum Ashuelot River Goffstown Piscataquog River Gorham Peabody River Grafton Mill Brook Grafton Smith Brook Grafton Smith River Greenland Winnicut River Greenville Souhegan River Groton Cockermouth River Groton Spectacle Pond Hampton Batchelders Pond Hampton Taylor River Hampton Falls Winkley Brook Hebron Cockermouth River Hill Needle Shop Brook Hill Smith River Hillsborough Franklin Pierce Lake Kensington Great Brook Week Ending May 14, 2021 Town Waterbody Langdon Cold River Lee Lamprey River -
Appendix A: Fish
Appendix A: Fish Alewife Alosa pseudoharengus Federal Listing State Listing SC Global Rank G5 State Rank S5 High Regional Status Photo by NHFG Justification (Reason for Concern in NH) Alewife numbers have declined significantly throughout their range. Commercial landings of river herring, a collective term for alewives and blueback herring, have declined by 93% since 1985 (ASMFC 2009). Dams severely limit accessible anadromous fish spawning habitat, and alewives must use fish ladders for access to most spawning habitat in New Hampshire during spring spawning runs. River herring are a key component of freshwater, estuarine, and marine food webs (Bigelow and Schroeder 1953). They are an important source of prey for many predators, and they contribute nutrients to freshwater ecosystems (Macavoy et al. 2000). Distribution The alewife is found in Atlantic coastal rivers from Newfoundland to North Carolina. It has been introduced into a number of inland waterbodies (Scott and Crossman 1973). In New Hampshire, alewives migrate into the Merrimack River and the seacoast drainages (Scarola 1987). Habitat Adult alewives migrate from the ocean into freshwater spawning habitats with slow moving water, including riverine oxbows, lakes, ponds, and mid‐river sites (Scott and Crossman 1973). Juveniles remain in freshwater until late summer and early fall when they migrate downstream into estuaries and eventually to the ocean. There is little information available on alewife movement and habitat use in the ocean. New Hampshire Wildlife Action Plan Appendix A Fish-21 Appendix A: Fish NH Wildlife Action Plan Habitats ● Large Warmwater Rivers ● Warmwater Lakes and Ponds ● Warmwater Rivers and Streams Distribution Map Current Species and Habitat Condition in New Hampshire Coastal Watersheds: Alewife populations in the coastal watersheds are generally stable or increasing in recent years at fish ladders where river herring and other diadromous species have been monitored since 1979. -
NHDES Presentation on Dam Removal (February 2007)
NewNew HampshireHampshire’’ss DamDam RemovalRemoval andand RiverRiver RestorationRestoration ProgramProgram Deb Loiselle NHDES - River Restoration Coordinator West Henniker Dam, Contoocook River Removed Summer 2004 HowHow ManyMany DamsDams areare inin NewNew Hampshire?Hampshire? National Inventory of Dams (NID) = 625 NID + Remaining Active Dams = 3,200 NID + Active + Inactive Dams = 5,124 dams in the state database Ownership of Hazard Classifications Active Dams High Hazard = 3 % Private = 80% Significant = 6 % Municipal = 10% Low = 16 % State = 9% Non-menace = 75 % Federal = 1% High & significant hazard dam ownership 35% - Privately owned 32% - Municipally owned Photos: NH DES Dam Bureau WhatWhat areare thethe FunctionsFunctions ofof New Hampshire’s Dams?A default category that New Hampshire’s Dams?includes many old mill Use % of total activedams. dams Recreation ………………….. 36 Stormwater Detention Pond .… 15 Conservation/Agriculture ……. 14 Very few currently Other ………………………….. 12 produce or are capable Fire Protection ……………….. 8 of producing hydropower. Hydropower …………………… 5 Water Supply ………………… 3 Flood Control …………………. 2 Sewage Lagoon ……………... 2 Even fewer provide flood control. In fact, many exacerbate flooding. WhyWhy RemoveRemove Dams?Dams? Nationwide thousands of dams (large and small) are at or near the end of their useful, safe and economical life. Historically, dams were built with little, if any, consideration of their impact to the river system. Bearcamp River Dam - Tamworth, NH Removed in 2001 We’ve learned: Dams can be environmentally -
Lamprey River Water Management Plan
NHDES-R-WD-11-9 Lamprey River Water Management Plan 28 August 2013 This Page Intentionally Blank Lamprey River Water Management Plan Prepared by Watershed Management Bureau NH Department of Environmental Services With contractor assistance from Normandeau Associates, Inc., University of New Hampshire, and Rushing Rivers Institute NHDES PO Box 95 - 29 Hazen Drive Concord, NH 03302-0095 http://www.des.state.nh.us/rivers/instream/ Thomas S. Burack Commissioner Vicki V. Quiram Assistant Commissioner Harry T. Stewart. P. E., Director Water Division iii This Page Intentionally Blank iv Table of Contents Page Executive Summary ............................................................................................................................ ix LAMPREY RIVER WATER MANAGEMENT PLAN .................................................................. 1 I. INTRODUCTION ........................................................................................................................ 1 A. Definition of Protected Instream Flows and Identification of Protected Entities 2 B. Natural Flow Paradigm 3 C. Protected Flow Assessment for Flow-Dependent, Instream Public Uses 4 D. Lamprey River Protected Instream Flows 5 1. Protected Instream Flow for Boating ....................................................................................................................... 5 2. Protected Instream Flows for Fish and Aquatic Life ............................................................................................... 6 3. Protected Instream -
Water Resources
Water Resources Town of Newmarket Master Plan Adopted unanimously by the Newmarket Planning Board following a Public Hearing on November 10, 2020. Master Plan: Water Resources Chapter Town of Newmarket, New Hampshire 10.01.2020 Page 2 Master Plan: Water Resources Chapter Town of Newmarket, New Hampshire Table of Contents Acknowledgements ...................................................................................................... 5 Introduction .................................................................................................................... 6 Vision Statement ...................................................................................................................................... 6 Overview .................................................................................................................................................. 6 Water Resource Chapter Update ......................................................................................................... 7 Surface & Groundwater Resources ............................................................................. 8 Rivers & Perennial Brooks, Creeks, Streams, and Tributaries ............................................................... 8 Buffer Functions and Benefits ............................................................................................................... 10 Water Quality Impairments .................................................................................................................. 12 Lakes,