Winter 2017 Newsletter
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Summer 2015 Newsletter
Maine Appalachian Trail Land Trust Summer 2015 Newsletter Summer highlights inside • REPI Challenge Grant • Great Maine Outdoor Weekend Hike • Board Member Profile • Project Update • Community Events • And more! Baxter Peak, Katahdin REPI Challenge Grant Awarded The Maine Appalachian Trail Land Trust is currently a partnership that will help ensure necessary training conditions partnering with The Trust for Public Land (TPL) on a for the Navy while also protecting wildlife habitat and working number of conservation projects in the High Peaks area forests that support local jobs.” of the Appalachian Trail in Western Maine. We are pleased to announce that TPL has secured an additional Maine Appalachian Trail Land Trust Awarded $2 million in funding by winning a REPI Challenge grant Davis Conservation Foundation Grant from the Department of Defense’s Readiness and Environmental Protection Integration program. Portland, ME (August 7, 2015) – The Davis Conservation Foundation has awarded a grant of $12,000 to the Maine The funds will be used to restrict development of nearly Appalachian Trail Land Trust to support our work on the 10,000 acres around the military Survival, Evasion, Redington Forest project. The funds will allow the land trust to protect land along Maine’s Appalachian Trail via the Resistance and Escape school in western Maine, by the acquisition of a conservation easement over the project purchase of conservation easements over lands around the base. Maine A.T. Land Trust will be holding a area. These much-needed funds will help defray the costs involved in the easement acquisition process – legal work, conservation easement over Redington Forest and will GIS needs, personnel, stewardship and other associated be working closely with TPL on additional projects. -
Appalachian County
APPALACHIANARC-DESIGNATED REGION DEVELOPMENT DISTRESSED COUNTIES County EconomicHIGHWAYFiscal Year SYSTEM Status2020 in Appalachia, Fiscal Year 2008 (ESeptemberective October 30, 2015 1, 2007 through September 30, 2008) APPALACHIAN REGION NEW YORK WISCONSIN NNEWEW YYORKORK ALBANY MICHIGAN OTSEGO CHENANGO 6-C SCHOHARIE WWISCONSINISCISCONSIONSINN MICHIGAN CORTLAND W SCHUYLER TOMPKINS 6-B ELMIRA T DELAWARE STEUBEN 6-A CHEMUNG TIOGA BROOMEBINGHAMTON M ICHIGAN JAMESTOWNALLEGANY M ICHIGAN CATTARAUGUST CHAUTAUQUA CHICAGO ERIE U-1 SUSQUEHANNA T U-1 UBRADFORD WAYNE ERIE WARREN MC KEAN KEAN TIOGA U POTTER 9-C LACKAWANNA 9-D CRAWFORD WYOMING ASHTABULA CAMERON P ENNSYLFORESTPENNSYLVANIACAMERON V ANIASCRANTON PFORESTENNSYLVANIASULLIVAN PIKE TOLEDO CLEVELAND8-D 9-A ELK VENANGO LYCOMING 9-B CLINTON LUZERNE MERCER WILLIAMSPORT TRUMBULL CLARION COLUMBIA MONROE 9-G MON- CARBON P ENNSYLVANIAP TOUR AKRON CLEARFIELD P ENNSYLVANIAJEFFERSON PUNION CENTRE MAHONING SCHUYLKILL P-1 SCHUYLKILL BUTLER ARMSTRONG O-1 STATE COLLEGESNYDER NORTH-NORTH- LAWRENCE O-1 STATE COLLEGEUMBERLAND UMBERLAND COLUMBIANA O BEAVER ALTOONA 9-E O MIFFLIN INDIANA CARROLL M M BLAIR JUNIATAM HARRISBURG M PERRY HOLMES CAMBRIA NJ ALLEGHENY HANCOCK HANCOCK JOHNSTOWN MM HUNTINGDON PITTSBURGHPITTSBURGH13-K WESTMORELAND A LLINOIS NDIANA HIO COSHOCTON VANI I TUSCARAWAS I O JEFFERSON HARRISON BROOKE I LLINOIS I NDIANA O HIO BROOKE 9-F O PENNSYL EW ILLINOIS INDIANA OHIOOHIO WASHINGTON COLUMBUS 8-C OHIO BEDFORD INDIANA GUERNSEY SOMERSET INDIANAPOLIS BELMONT FULTON ILLINOIS WHEELING GREENE FAYETTE -
Historical Significance of American Chestnut to Appalachian Culture and Ecology
Davis, D.E. 2005. Historical significance of American chestnut to Appalachian culture and ecology. In, proc. of conf. on restoration of American chestnut to forest lands, Steiner, K.C. and J.E. Carlson (eds.). HISTORICAL SIGNIFICANCE OF AMERICAN CHESTNUT TO APPALACHIAN CULTURE AND ECOLOGY Donald E. Davis Social Sciences Division, Dalton State College, Dalton, GA 30720 USA ([email protected]) Abstract: This paper explores the significance of the American chestnut on the ecology and culture of Appalachia. Until the third decade of the 20th century, the tree was the crowning glory of the Appalachian hardwood forest, in some isolated areas comprising half of the hardwood tree population. The wildlife of the region, particularly black bears, heavily depended on the tree for both sustenance and shelter. Native Americans in the mountains frequently made use of the nut, mixing chestnut meal with corn to make bread. White mountaineers gathered the nuts to sell or trade, and sometimes used parched chestnuts as a coffee substitute. The American chestnut played a major role in the economy of the Appalachian region, providing timber for dwellings and tannic acid for the leather industry. Finally, it is argued that the decline of Appalachian subsistence culture is directly linked to the loss of the American chestnut. INTRODUCTION Few single events in North American environmental history compare with the loss of the American chestnut. “The devastation of the American chestnut by the chestnut blight," wrote William MacDonald more than two decades ago, "represents one of the greatest recorded changes in natural plant population caused by an introduced organism." MacDonald, a professor of plant pathology at West Virginia University and the current acting treasurer of the American Chestnut Foundation, estimates that chestnut-dominated forests once covered 200 million acres of land from Maine to Mississippi (MacDonald 1978; Brown and Davis 1995). -
Conservation of a Rare Alpine Plant (Prenanthes Boottii) in the Face of Rapid Environmental Change
Conservation of a rare alpine plant (Prenanthes boottii) in the face of rapid environmental change Kristen Haynes SUNY College of Environmental Science and Forestry End of Season Report, 2014 Background The northeast alpine zone is one of our region’s rarest biological communities, comprised of a series of habitat islands totaling less than 35 km (figure 1; Capers et al. 2013). These mountaintop communities are hotbeds of local biodiversity, home to a suite of rare and endangered plant and animal species, including regional endemics as well as arctic species at the southern limit of their range. This biodiversity is now threatened by human-imposed environmental changes. Climate change is considered by Sala et al. (2010) to be the most important driver of biodiversity change in alpine ecosystems. Alpine communities are predicted to be highly susceptible to climate change for several reasons. First, high-elevation areas are warming faster than low-elevation areas (Wang et al. 2013). Second, the effects of climate change are predicted to be most severe for communities at climatic extremes, such as alpine communities (Pauli et al. 1996, Sala et al. 2010). Finally, the alpine biome is expected to contract as treelines and lower- elevation species move upward in elevation (Parmesan et al. 2006). There is already some evidence of advancing treelines and invasion of lowland species in the northeast alpine (Harsch et al. 2009; Nancy Slack, pers. comm.). In addition to climate change, northeast alpine species are threatened by high rates of nitrogen deposition and damage due to hiker trampling (Kimball and Weirach 2000). Figure 1. -
High Peaks Region Recreation Plan
High Peaks Region Recreation Plan An overview and analysis of the recreation, possibilities, and issues facing the High Peaks Region of Maine Chris Colin, Jacob Deslauriers, Dr. Chris Beach Fall 2008 Maine Appalachian Trail Land Trust – High Peaks Initiative: The Maine Appalachian Trail Land Trust (MATLT) was formed in June 2002 by a group of Mainers dedicated to the preservation of the natural qualities of the lands surrounding the Appalachian Trail in Maine. Following its campaign to acquire Mount Abraham and a portion of Saddleback Mountain, MATLT is embarking on a new initiative to research and document the ecological qualities of the entire Western Maine High Peaks Region. The MATLT website describes the region as follows: “The Western Maine High Peaks Region is the 203,400 acres roughly bounded by the communities of Rangeley, Phillips, Kingfield and Stratton. In this region, there are about 21,000 acres above 2700 feet. It is one of only three areas in Maine where the mountains rise above 4000 feet. The other two are the Mahoosuc Range and Baxter Park. Eight (8) of the fourteen (14) highest mountains in Maine are in this region (Sugarloaf, Crocker, South Crocker, Saddleback, Abraham, The Horn, Spaulding and Redington Peak.) These are all above 4000 feet. If one adds the Bigelow Range, across Route 27/16 from Sugarloaf, the region hosts ten (10) of the highest mountains (Avery Peak and West Peak added)). This area is comparable in size to Baxter Park but has 40% more area above 2700 feet.” Table of Contents I. Introduction ............................................................................................................................................... 1 A. Purpose and Need for High Peaks Area Recreation Plan .................................................................... -
Crocker Mountain Unit Management Plan
Crocker Mountain Unit Management Plan Adopted April 2015 Appendices A. Public Consultation Process: Advisory Committee Members; Public Consultation Summary; Public Comments and Responses B. Guiding Statutes and Agreements • MRSA Title 12 • Commemorative Agreement Celebrating the Crocker Mountain Conservation Project • Letter to State of Maine from The Trust for Public Land – Crocker Mountain Ecological Reserve C. Integrated Resource Policy (IRP) Resource Allocations - Criteria and Management Direction D. Crocker Mountain Ecological Reserve Nomination E. Caribou Valley Road Easement F. Sources Appendix A: Public Review Process Advisory Committee Members; Public Consultation Process; Public Comments and Bureau Responses Flagstaff Region Advisory Committee Members: Name Organization Tarsha Adams Natanis Point Campground Rep. Jarrod S. Crockett House District 91 Debi Davidson Izaak Walton League Ernie DeLuca Brookfield White Pine Hydro LLC Thomas Dodd American Forest Management Eliza Donoghue Natural Resources Council of Maine Greg Drummond Claybrook Lodge Rep. Larry C. Dunphy House District 88 Dick Fecteau Maine Appalachian Trail Club Jennifer Burns Gray Maine Audubon Society Bob Luce Town of Carrabassett Valley Douglas Marble High Peaks Alliance Rick Mason E. Flagstaff Lake Property Owners Assoc. John McCatherin Carrabassett Valley Outdoor Association/C.V. ATV Club Bill Munzer JV Wing Snowmobile Club Claire Polfus Appalachian Trail Conservancy Josh Royte The Nature Conservancy Allan Ryder Timber Resource Group Senator Tom Saviello Senate District 18 Dick Smith Flagstaff Area ATV Club Ken Spalding Friends of Bigelow Josh Tauses Carrabassett Region Chapter, NEMBA Senator Rodney Whittemore Senate District 26 Kenny Wing none Charlie Woodworth Maine Huts & Trails A-1 Public Consultation Process: Plan Phase/Date Action/Meeting Focus Attendance/Responses Public Scoping July 15-16, 2014 Notice of Public Scoping Meeting Press release sent out; meeting notice published in papers. -
Ecological Zones in the Southern Appalachians: First Approximation
United States Department of Ecological Zones in the Southern Agriculture Forest Service Appalachians: First Approximation Steve A. Simon, Thomas K. Collins, Southern Gary L. Kauffman, W. Henry McNab, and Research Station Christopher J. Ulrey Research Paper SRS–41 The Authors Steven A. Simon, Ecologist, USDA Forest Service, National Forests in North Carolina, Asheville, NC 28802; Thomas K. Collins, Geologist, USDA Forest Service, George Washington and Jefferson National Forests, Roanoke, VA 24019; Gary L. Kauffman, Botanist, USDA Forest Service, National Forests in North Carolina, Asheville, NC 28802; W. Henry McNab, Research Forester, USDA Forest Service, Southern Research Station, Asheville, NC 28806; and Christopher J. Ulrey, Vegetation Specialist, U.S. Department of the Interior, National Park Service, Blue Ridge Parkway, Asheville, NC 28805. Cover Photos Ecological zones, regions of similar physical conditions and biological potential, are numerous and varied in the Southern Appalachian Mountains and are often typified by plant associations like the red spruce, Fraser fir, and northern hardwoods association found on the slopes of Mt. Mitchell (upper photo) and characteristic of high-elevation ecosystems in the region. Sites within ecological zones may be characterized by geologic formation, landform, aspect, and other physical variables that combine to form environments of varying temperature, moisture, and fertility, which are suitable to support characteristic species and forests, such as this Blue Ridge Parkway forest dominated by chestnut oak and pitch pine with an evergreen understory of mountain laurel (lower photo). DISCLAIMER The use of trade or firm names in this publication is for reader information and does not imply endorsement of any product or service by the U.S. -
The Ecological Values of the Western Maine Mountains
DIVERSITY, CONTINUITY AND RESILIENCE – THE ECOLOGICAL VALUES OF THE WESTERN MAINE MOUNTAINS By Janet McMahon, M.S. Occasional Paper No. 1 Maine Mountain Collaborative P.O. Box A Phillips, ME 04966 © 2016 Janet McMahon Permission to publish and distribute has been granted by the author to the Maine Mountain Collaborative. This paper is published by the Maine Mountain Collaborative as part of an ongoing series of informational papers. The information and views expressed in this paper are those of the author and do not necessarily reflect the views of the Maine Mountain Collaborative or its members. Cover photo: Caribou Mountain by Paul VanDerWerf https://www.flickr.com/photos/12357841@N02/9785036371/ https://creativecommons.org/licenses/by/2.0/ DIVERSITY, CONTINUITY AND RESILIENCE – THE ECOLOGICAL VALUES OF THE WESTERN MAINE MOUNTAINS Dawn over Crocker and Redington Mountains Photo courtesy of The Trust for Public Land, Jerry Monkman, EcoPhotography.com Abstract The five million acre Western Maine Mountains region is a landscape of superlatives. It includes all of Maine’s high peaks and contains a rich diversity of ecosystems, from alpine tundra and boreal forests to ribbed fens and floodplain hardwood forests. It is home to more than 139 rare plants and animals, including 21 globally rare species and many others that are found only in the northern Appalachians. It includes more than half of the United States’ largest globally important bird area, which provides crucial habitat for 34 northern woodland songbird species. It provides core habitat for marten, lynx, loon, moose and a host of other iconic Maine animals. Its cold headwater streams and lakes comprise the last stronghold for wild brook trout in the eastern United States. -
State of Maine Department of Conservation Land Use Regulation Commission
STATE OF MAINE DEPARTMENT OF CONSERVATION LAND USE REGULATION COMMISSION IN THE MATTER OF MAINE MOUNTAIN POWER, LLC ) BLACK NUBBLE WIND FARM ) ) PRE-FILED TESTIMONY REDINGTON TOWNSHIP, FRANKLIN ) APPALACHIAN MOUNTAIN CLUB COUNTY, MAINE ) DR. KENNETH D. KIMBALL ) ZONING PETITION ZP 702 ) I. INTRODUCTION My name is Kenneth Kimball. I hold a doctorate in botany from the University of New Hampshire, a Masters in zoology from the University of New Hampshire and a Bachelors of Science in ecology from Cornell University. I have been employed as the Research Director for the Appalachian Mountain Club since 1983. I have overall responsibility for the club’s research in the areas of air quality, climate change, northeastern alpine research, hydropower relicensing, windpower siting policy and land conservation and management. I was the organizer of the Northeastern Mountain Stewardship Conference, held in Jackson, NH in 1988, co-organizer of the National Mountain Conference held in Golden, CO in 2000 and one of the original founders of what is now the biannual Northeastern Alpine Stewardship Symposiums. I have conducted research on New Hampshire and Maine’s mountains, including on Mount Katahdin, Saddleback, Sunday River Whitecap and the Mahoosucs. I am currently the principal investigator of a NOAA-funded research project titled “Climate and air pollutant trends and their influence on the biota of New England’s higher elevation and alpine ecosystems”, which includes partner organizations the University of New Hampshire and Mount Washington Observatory. I have been involved in research and policy development related to windpower siting in the northeast for over a decade. I have organized and chaired several forums on the need for states to develop windpower siting policy in Massachusetts and New Hampshire and spoken at a number of forums on this need. -
Sample MOHF Proposal
Project Title: Appalachian Trail (A.T.) Stewardship: Franklin County Organization: Maine Appalachian Trail Club. Inc., (MATC) Contact: Holly Sheehan, Club Coordinator Sponsoring Agency: Agriculture, Conservation & Forestry Fund Distribution Category: (2) “Acquisition and management of public lands, parks, wildlife conservation areas and public access and outdoor recreation sites and facilities.” Detailed Project Description and Background: Project conserves the best of Maine’s Outdoor heritage and demonstrates multiple and significant benefits relating to category designation: Organization’s mission and actions: Maine Appalachian Trail Club is a non-profit organization established in 1935. Our purpose is to construct, maintain and protect 267-miles of the Appalachian Trail along with 40- miles of side trails, shelters and campsites from Katahdin to Grafton Notch. MATC is more than a hiking club. Club volunteers build bog bridges and rock steps, construct shelters and toilets, clear downed trees, post signage, monitor corridor lands, and provide education to trail users. Our Maine Trail Crew builds bog bridges, stone steps and other tread way improvements that are beyond the scope of volunteer trail maintainers. Two MATC Caretakers based at Saddleback and Bigelow Mountains, as well as a Ridgerunner, at Gulf Hagas, provide Leave No Trace education to hikers. Volunteers are our foundation - each year a small army of committed Maine people log more than 20,000 hours taking responsibility for the Appalachian Trail in Maine. Project Description: Stewardship of the A.T., in 2015, will be in Franklin County through multiple courses of action and will be managed and powered by volunteers along with strong agency partnerships, as follows: Trail Reconstruction: MATC's Maine Trail Crew will rebuild a 2.5-mile trail section, between Route 4 and Route 17, at and approaching Little Swift River Pond and campsite. -
Regions of the United States
Regions of the United States ©2012, TESCCC The Northeast Northeast . Maine, New Hampshire, Vermont, Massachusetts, Connecticut, Rhode Island, New York, New Jersey, Pennsylvania, Delaware, Maryland, and the District of Columbia The Northeast can be subdivided into two smaller regions: 1) New England, and 2) Mid-Atlantic States. ©2012, TESCCC Physical Geography of Northeast Northern Appalachian mountains run through most of the northeastern states, causing little farmland, except in valley areas. Coastal plain is narrow, with an area between the mountains and coast called the fall line. Deep bays exist, allowing for port towns. Jagged, rocky coastline in northern areas. ©2012, TESCCC Climate and Vegetation of Northeast: Humid Continental No Dry Season- this area receives precipitation throughout the year. Cold, snowy winters and hot summers. Moderate growing season that decreases as you go north. Vegetation is mixed forests with deciduous and coniferous trees. ©2012, TESCCC Historical Geography of the Northeast The Northeast has the longest history of European settlement . Historically, the Northeast has been the gateway to immigrants. Established itself as the financial and manufacturing hub early in the industrial revolution. ©2012, TESCCC Population Geography of the Northeast Population is concentrated in the Megalopolis that runs from Boston to Washington (AKA Boswash). This is the most densely populated region in the United States. ©2012, TESCCC Economic Geography of the Northeast The New England states have a long history of maritime industry, although forestry exists inland with little farming. The Mid-Atlantic states dominate the financial sector of the U.S., advertising, manufacturing. This region is the home to most major corporations in the United States. -
Geology of the Lower Ellis River Valley and Rumford Whitecap Mountain, Andover and Rumford, Maine Lindsay J
Bates College SCARAB New England Intercollegiate Geological Conference NEIGC 2017 Day Two: September 30 2017 Sep 30th, 2017 B5: Geology of the Lower Ellis River Valley and Rumford Whitecap Mountain, Andover and Rumford, Maine Lindsay J. Spigel Maine Geological Survey, [email protected] Amber T.H. Whittaker Maine Geological Survey, [email protected] Ryan P. Gordon Maine Geological Survey, [email protected] Follow this and additional works at: http://scarab.bates.edu/neigc2017 Part of the Geology Commons Recommended Citation Spigel, L.J., Whittaker, A.T.H., and Gordon, R.P., 2017, Geology of the Lower Ellis River Valley and Rumford Whitecap Mountain, Andover and Rumford, Maine in Johnson, B. and Eusden, J.D., ed., Guidebook for Field Trips in Western Maine and Northern New Hampshire: New England Intercollegiate Geological Conference, Bates College, p. 197-216. https://doi.org/10.26780/ 2017.001.0012 This Event is brought to you for free and open access by the Conferences and Events at SCARAB. It has been accepted for inclusion in New England Intercollegiate Geological Conference 2017 by an authorized administrator of SCARAB. For more information, please contact [email protected]. B5-1 GEOLOGY OF THE LOWER ELLIS RIVER VALLEY AND RUMFORD WHITECAP MOUNTAIN, ANDOVER AND RUMFORD, MAINE By Lindsay J. Spigel, Maine Geological Survey, 93 State House Station, Augusta, Maine, 04333, [email protected] Amber T. H. Whittaker, Maine Geological Survey, 93 State House Station, Augusta, Maine, 04333, [email protected] Ryan P. Gordon, Maine Geological Survey, 93 State House Station, Augusta, Maine, 04333, [email protected] INTRODUCTION Purpose The East Andover quadrangle was selected for surficial mapping during the 2016 field season as part of the Maine Geological Survey’s STATEMAP program.