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Cooperative Park Master Plan
Cooperative Park Master Plan Columbia County City of Dayton Port of Columbia Columbia County, Washington Adopted Plan Columbia County - February 19, 2014 City of Dayton – February 24, 2014 Port of Columbia – February 20, 2014 TABLE OF CONTENTS Introduction 3-4 Approval 5 Background & History 6 Park & Recreation Types 7 Countywide Inventory 8-13 Public Involvement & Needs Analysis 14-19 Cooperative Mission, Goals & Priorities 20 Columbia County 21 Inventory 22 Goals & Priorities 23 Level of Service Map 24 Capital Improvement Plan 25-26 City of Dayton 27 Inventory 28-30 Goals & Priorities 31-35 Level of Service Map 36 Capital Improvement Plan 37-40 Port of Columbia 41 Inventory 42 Goals & Priorities 43 Level of Service Map 44 Capital Improvement Plan 45 Cooperative Next Steps 46 Appendices 47 A: Stakeholder Interviews & Survey Results 47-54 B: Town of Starbuck 55-56 Cooperative Park Master Plan 2014 2 INTRODUCTION PLANNING PROCESS Columbia County in southeast Washington is rich with parks and recreation facilities and opportunities. The county is composed of prairies and forests, rivers and mountains. The county provides the community with a wide range of recreational activities, but also strives for more. In 2013, Columbia County, the City of Dayton, and the Port of Columbia came together to update all three of their Parks and Recreation Master Plans and to create a single document to be referenced in their comprehensive plans. The following document was created with the help of students from Eastern Washington University, the three jurisdictions, stakeholders, and the community. The purposes of this document are to create a consolidated inventory of recreational opportunities in order to understand the future needs of the community and provide each jurisdiction with a Parks and Recreation Element in their comprehensive plans to be referenced and utilized for funding opportunities. -
Seymour Fitch and Elizabeth Hoyt
The Descendants of Seymour Fitch and Elizabeth Hoyt of New Canaan, Connecticut A CONTRIBUTION TO THE EARLY HISTORY OF WALTON, NEW YORK by EDWARD FITCH Clinton, Ne,v York 1939 From WALTON QUADRANGLE, U. S. Geological Survey. CONTENTS Page PREFACE 5 INTRODUCTORY Seymour Fitch 7 The Settlement in Walton 8 The Catskill Turnpike 10 An Alternative Route 10 Thaddeus Hoyt of Walton 11 The First Homes 13 The Elizabeth Fitch Sampler 15 -Characterization 15 GENEALOGICAL RECORD Seymour Fitch, II 19 Lindall Fitch 29 Ezra Fitch 36 Nathaniel Fitch 37 Asa Fitch 50 Hannah Fitch (Benedict) 88 GENEALOGICAL CHARTS 89 WORKS OF REFERENCE 103 • • • m 2. s~"" ...QI.., ~\,; • :s; ~~ ...u, ~ • .::::,.~f===·======·~• • I • • • • • EU.:;QPAS T'Jc. • ~ ••• 'I I ... • • • MAP OF WALTON in 1842 Courtesy of the Walton Reporter PREFACE The first impulse to the completion of this work came from seeing a brief family record kept by Mary Esther (White) Weed, late of \Valton, N. Y., which showed in tabu lar forn1 the six children of Seymour Fitch and Elizabeth Hoyt, with their children. That simple record has been grad ually elaborated. The greatest single c~ntribution was made by Elizabeth (More) Cumming, late of Deposit, N. Y., who in 1934 put into my hands the material about the family of her grand mother, Elizabeth Betts (Fitch) Alverson. That material has been used as she furnished it, ,vith a few later additions. Others who have been helpful by providing family records in written form are: Miss Susan E. Wakeman, Brooklyn, N. Y.; Mrs. Olive (Green) Gallentine, late of Morrison, Ill; Miss Emma Brisack, Binghamton, N. -
ESSENTIALS of METEOROLOGY (7Th Ed.) GLOSSARY
ESSENTIALS OF METEOROLOGY (7th ed.) GLOSSARY Chapter 1 Aerosols Tiny suspended solid particles (dust, smoke, etc.) or liquid droplets that enter the atmosphere from either natural or human (anthropogenic) sources, such as the burning of fossil fuels. Sulfur-containing fossil fuels, such as coal, produce sulfate aerosols. Air density The ratio of the mass of a substance to the volume occupied by it. Air density is usually expressed as g/cm3 or kg/m3. Also See Density. Air pressure The pressure exerted by the mass of air above a given point, usually expressed in millibars (mb), inches of (atmospheric mercury (Hg) or in hectopascals (hPa). pressure) Atmosphere The envelope of gases that surround a planet and are held to it by the planet's gravitational attraction. The earth's atmosphere is mainly nitrogen and oxygen. Carbon dioxide (CO2) A colorless, odorless gas whose concentration is about 0.039 percent (390 ppm) in a volume of air near sea level. It is a selective absorber of infrared radiation and, consequently, it is important in the earth's atmospheric greenhouse effect. Solid CO2 is called dry ice. Climate The accumulation of daily and seasonal weather events over a long period of time. Front The transition zone between two distinct air masses. Hurricane A tropical cyclone having winds in excess of 64 knots (74 mi/hr). Ionosphere An electrified region of the upper atmosphere where fairly large concentrations of ions and free electrons exist. Lapse rate The rate at which an atmospheric variable (usually temperature) decreases with height. (See Environmental lapse rate.) Mesosphere The atmospheric layer between the stratosphere and the thermosphere. -
Summit County, CO PERMITS ISSUED for the Period 1/1/2001
3/29/2012 Summit County, CO Page 1 9:10:02AM PERMITS ISSUED For the Period 1/1/2001 thru 12/31/2001 Permit Number Permit Type Site Address Application Date Subtype Parcel Number Issue Date Status of Permit Subdivision Name Valuation Total Fees Fees Paid B00-0019 SFR 271 Elk Cir 154 412,243.10 3,017.10 3,017.10 01/25/2000 NONE 2095-2240-08-024 02/26/2001 FINAL NEW OLD KEYSTONE GOLF COURSE Contact Type Contact Name Contact Address Phone Number CONTRACTOR MCCREREY & ROBERTS PO BOX 1082, FRISCO, CO 80443 (970) 668-0686 OWNER MCCREREY AND ROBERT PO BOX 1092, FRISCO, CO 80443 (000) 668-0686 B00-0121 SFR 80 Black Diamond Trl 1291 182,249.10 1,458.00 1,458.00 04/14/2000 NONE 2097-1430-06-001 05/16/2001 FINAL WILDERNEST #2 Contact Type Contact Name Contact Address Phone Number CONTRACTOR SUMMIT HOMES DEVELO PO BOX 5265, FRISCO, CO 80443 OWNER PROSPECTOR VILLAGE LLPO BOX 5265, FRISCO, CO 80443 (000) 668-1590 B00-0142 SFR 70 Black Diamond Trl 1291 205,067.00 1,640.53 1,640.53 04/19/2000 NONE 2097-1430-06-001 05/16/2001 FINAL WILDERNEST #2 Contact Type Contact Name Contact Address Phone Number CONTRACTOR SUMMIT HOMES DEVELO PO BOX 5265, FRISCO, CO 80443 OWNER PROSPECTOR VILLAGE LLPO BOX 5265, FRISCO, CO 80443 (000) 668-1590 B00-0143 SFR 70 Black Diamond Trl 1291 157,656.80 1,261.25 1,261.25 04/19/2000 NONE 2097-1430-06-001 05/16/2001 FINAL WILDERNEST #2 Contact Type Contact Name Contact Address Phone Number CONTRACTOR SUMMIT HOMES DEVELO PO BOX 5265, FRISCO, CO 80443 OWNER PROSPECTOR VILLAGE LLPO BOX 5265, FRISCO, CO 80443 (000) 668-1590 B00-0144 -
Snow King Mountain Resort On-Mountain Improvements
Snow King Mountain Resort On-Mountain Improvements Projects EIS Cultural Resource NHPA Section 106 Summary and Agency Determination of Eligibility and Effect for the Historic Snow King Ski Area (48TE1944) Bridger-Teton National Forest November 6, 2019 John P. Schubert, Heritage Program Manager With contributions and edits by Richa Wilson, Architectural Historian 0 TABLE OF CONTENTS ABSTRACT ...................................................................................................................................................... 4 UNDERTAKING/PROJECT DESCRIPTION ........................................................................................................ 4 BACKGROUND RESEARCH ............................................................................................................................. 7 ELIGIBILITY/SITE UPDATE .............................................................................................................................. 8 Statement of Significance ......................................................................................................................... 8 Period of Significance .............................................................................................................................. 10 Level of Significance ................................................................................................................................ 10 Historic District Boundary ...................................................................................................................... -
Guidance on the Harmonized WAFS Grids for Cumulonimbus Cloud, Icing and Turbulence Forecasts
Guidance on the Harmonized WAFS Grids for Cumulonimbus Cloud, Icing and Turbulence Forecasts. Version 2.5 13 September 2012 Guidance on the Harmonized WAFS Grids for Cumulonimbus Cloud, Icing and Turbulence forecasts. Contents 1. Introduction ....................................................................................................................... 2 2. General Description of Data ............................................................................................. 2 3. Description of Data Values ............................................................................................... 4 4. Grid Interpolation ............................................................................................................. 5 5. Description of the Harmonization Process ..................................................................... 5 6. Explanation of differences between the WAFS gridded forecasts for CB cloud, icing and turbulence and the WAFS significant weather (SIGWX) forecasts ............................. 6 7. Suggested usage of WAFS gridded forecasts for Cb cloud, icing and turbulence ...... 8 7.1 General principles ..................................................................................................... 8 7.2 Use of the WAFS Clear Air Turbulence (CAT) gridded forecast ........................ 8 7.3 Use of the WAFS icing gridded forecast ................................................................. 9 7.4 Use of the WAFS Cb cloud gridded forecasts ..................................................... -
Lightning Dr
ESCI 340 - Cloud Physics and Precipitation Processes Lesson 12 - Lightning Dr. DeCaria References: The Lightning Discharge, Uman The Electrical Nature of Storms, MacGorman and Rust Fundamentals of Lightning, Rakov `Runaway Breakdown and the Mysteries of Lightning', Gurevich and Zybin, Physics Today, 2005 Mechanisms of Charge Separation • The top of a thunderstorm (cumulonimbus) cloud becomes positively charged, while the middle-to-lower portions of the cloud becomes negatively charged. • Often there is also a smaller pocket of positive charge near the bottom of the cloud. • The reason for this charge separation is not completely understood, but some of the more prominent theories are described below. • Those mechanisms requiring a preexisting electric field are called inductive charging mechanisms, while those not requiring a preexisting electric field are called nonin- ductive charging mechanisms. Inductive ion capture: In a preexisting electrical field, there will be a separation of charge across a hydrometeor. As the hydrometeor falls, gaseous ions will either be attracted or repelled from the underside of the hydrometeor, depending on their sign. Thus, the hydrometeor will gain an increasing charge of whatever sign it has on its topside. In Fig. 1 the positive ions are repelled as the hydrometeor falls, but the negative ions are attracted. Thus, the hydrometeor gains a net negative charge as it falls. Figure 1: Inductive ion capture. 1 Ion capture may play a role in weakly electrified storms, but cannot be used to explain the amount of charge separation seen in a thunderstorm without the presence of other mechanisms. Inductive particle rebound: Two hydrometeors in a preexisting electric field, falling at different speeds, will exchange charge during collision as shown in Fig. -
20 WCM Words
Spring, 2017 - VOL. 22, NO. 2 Evan L. Heller, Editor/Publisher Steve DiRienzo, WCM/Contributor Ingrid Amberger, Webmistress FEATURES 2 Ten Neat Clouds By Evan L. Heller 10 Become a Weather-Ready Nation Ambassador! By Christina Speciale 12 Interested in CoCoRaHS? By Jennifer Vogt Miller DEPARTMENTS 14 Spring 2017 Spotter Training Sessions 16 ALBANY SEASONAL CLIMATE SUMMARY 18 Tom Wasula’s WEATHER WORD FIND 19 From the Editor’s Desk 20 WCM Words Northeastern StormBuster is a semiannual publication of the National Weather Service Forecast Office in Albany, New York, serving the weather spotter, emergency manager, cooperative observer, ham radio, scientific and academic communities, and weather enthusiasts, all of whom share a special interest or expertise in the fields of meteorology, hydrology and/or climatology. Non-Federal entities wishing to reproduce content contained herein must credit the National Weather Service Forecast Office at Albany and any applicable authorship as the source. 1 TEN NEAT CLOUDS Evan L. Heller Meteorologist, NWS Albany There exist a number of cloud types based on genera as classified in the International Cloud Atlas. Each of these can also be sub-classified into one of several possible species. These can further be broken down into one of several varieties, which, in turn, can be further classified with supplementary features. This results in hundreds of different possibilities for cloud types, which can be quite a thrill for cloud enthusiasts. We will take a look at 10 of the rarer and more interesting clouds you may or may not have come across. A. CLOUDS INDICATING TURBULENCE 1. Altocumulus castellanus – These are a species of mid-level clouds occurring from about 6,500 to 16,500 feet in altitude. -
PNSA ALPINE MEMBERSHIP and LICENSING USSA Membership PNSA Requires All Its Members to Join USSA
PACIFIC NORTHWEST SKI ASSOCIATION A DIVISION OF THE UNITED STATES SKI AND SNOWBOARD ASSOCIATION AND THE USSA WESTERN REGION PACIFIC NORTHWEST SKI ASSOCIATION 2671 FLOWERY TRAIL RD - USK, WA - 99180-9740 TELEPHONE: 509.445.4454 FAX: 866.542.8664 EMAIL: [email protected] WEBSITE: HTTP://WWW.PNSA.ORG PNSA EXECUTIVE DIRECTOR: PAUL F MAHRE UNITED STATES SKI AND SNOWBOARD ASSOCIATION 1 VICTORY LANE / P.O. BOX 100 - PARK CITY, UT - 84060-0100 TELEPHONE: 435.649.9090 FAX: 435.649.3613 MEMBER SERVICES: 435.647.2666 MEMBERSHIP SERVICES EMAIL: [email protected] WEBSITE: HTTP://USSA.ORG ALPINE - WESTERN REGION TELEPHONE: 435.647.2035 FAX: 435.649.3613 EMAIL: LESTER KELLER [email protected] GWYNN WATKINS [email protected] HTTP://ALPINE.USSKITEAM.COM/ALPINE-PROGRAMS/REGIONS/WESTERN-REGION CROSS COUNTRY - USSA JOEY CATERINICHIO - NORDIC PROGRAM MANAGER TELEPHONE: 435.647.2061 MOBILE: 435.714.3880 FAX: 435.901.3469 EMAIL: [email protected] FREESTYLE - USSA TODD SCHIRMAN – FREESTYLE PROGRAM DIRECTOR TELEPHONE: 435.647.2080 FAX: 435.940.2808 EMAIL: [email protected] PACIFIC NORTHWEST SKI ASSOCIATION 2014-2015 ALPINE COMPETITION MANUAL TABLE OF CONTENTS ALPINE 1 - PACIFIC NORTHWEST SKI ASSOCIATION - INTRODUCTION Purposes ................................................................................ 12 VISION – MISSION – VALUES ...................................................... 12 ADMINISTRATION ....................................................................... 12 2 - PNSA/USSA ALPINE PROGRAM HOW TO BECOME A COMPETITOR .............................................. -
Chapter 3: the Affected Environment
Chapter 3: The Affected Environment 3.0 THE AFFECTED ENVIRONMENT 3.0.1 Introduction Chapter 3 – The Affected Environment describes the physical and biological environment (e.g., water resources, wildlife, etc.) as well as the human environment (e.g., social and economic factors, recreation, etc.), which may be affected by the range of alternatives, as described in Chapter 2 - Alternatives. Much of the information on the affected environment is compiled from detailed technical reports and other analyses prepared by the USFS and consultants. Some of these reports are attached to this FEIS as appendices. All reports are available for review as part of the Analysis File maintained for this project at the MBSNF Supervisor’s Office. References cited in this FEIS are provided in Chapter 5 - References. 3.0.2 Analysis Area The “analysis area” (referred to as the “Study Area” throughout this document) varies by resource area. The Study Area includes all public (USFS) lands as well as private land owned by Ski Lifts, Inc. and other land holders. When discussing individual projects within the Study Area, the following terms are used to distinguish the different locations within the SUP: Summit East, Summit Central, and Summit West, are collectively referred to as “The Summit.” Alpental, when discussed individually, is referred to as “Alpental.” All four ski areas are collectively referred to as “The Summit-at-Snoqualmie.” Figure 3.0-1, Study Area illustrates the boundaries of the Study Area, including The Summit and Alpental. Figure 3.0-2, 5th Field Watersheds illustrates the boundaries of the two 5th field watersheds used in this FEIS analysis: the South Fork Snoqualmie River Watershed (S.F. -
Clouds First Midterm Exam Is Next Friday!
Clouds First midterm exam is next Friday! The exam will be in-class, during our regular lecture • on Friday September 28 at 9:35 am. The exam will be CLOSED BOOK • ♦ No textbooks ♦ No calculators ♦ No cheat-sheets • Alternate seating • The grades will be posted on WebCT • The exam covers Chapters 1,2,3,4,5, and 19. • Office hours: next Wednesday 10:30-11:30 am. RECAP Dew - condensation on cold surfaces. • Frost - deposition on very cold surfaces. • Haze - condensation on small airborne particles. • Fog – saturated wet haze, visibility <1 km. • ♦ Radiation fog – driven by radiation cooling ♦ Advection fog – driven by air movement ♦ Upslope fog - topography driven ♦ Evaporation fog – cold air above warm body of water. Clouds Definition: visible aggregate of tiny water droplets or • ice crystals suspended in air Classification: four major cloud groups according to the • height (of the cloud base). Within each group there are different types identified by their appearance ♦ High (cirrus: Latin for “wisp of hair”) •Cirrus, Cirrostratus, Cirrocumulus ♦ Middle (alto, from the Latin altus: “high”) •Altostratus, Altocumulus ♦ Low (stratus, Latin for “layer”) •Stratus, Stratocumulus, Nimbostratus ♦ Clouds with vertical extension (cumulus: ”heap”) •Cumulus, Cumulonimbus Basic Cloud Types What are the important things to know Composition: recall that in the troposphere the • temperature drops with altitude. ♦ High clouds (16,000 – 43,000 ft in midlatitudes) are made mostly of ice ♦ Middle clouds (6,500 – 23,000 ft in midlatitudes) are composed of water droplets and some ice crystals (higher up or when the temperature is low) ♦ Low clouds (surface to 6,500 ft in midlatitudes) are composed primarily of water droplets except in very cold weather when it snows For reference: commercial aircraft flies around • 30,000 ft. -
Psia-Nw 1995-1996 Member Ski Schools
PSIA-NW AASI 2006-2007 MEMBER SCHOOLS SNOWSPORTS SCHOOLS SNOQUALMIE PASS REGION Mohan Skiing & Boarding (425) 868-3820 Alpine West* (253) 845-8745 Rob Stimmel, Dir Summit Central Ron Mattila, Dir Summit Central PO Box 685 10503 139th St Ct E Redmond, WA 98073 Puyallup, WA 98374 [email protected] [email protected] Cascade Ski School* (253) 564-1245 OutdoorsForAll* (425) 462-0978 Paul Larson, Co-Dir Summit West John Stevenson, Dir Summit West Troy Larsson - Co-Dir Crystal 1621 114th Ave SE Ste #132 Stevens Pass PO Box 6973 Bellevue, WA 98004-6905 Crystal Mtn Tacoma, WA 98406 [email protected] [email protected] Powderpigs * (425) 392-7277 City League Team Ski Racing (206) 633-1121 Nancy Ring, Dir Summit Central Chris Lewis, Dir Alpental PO Box 916 1005 NE Boat St Summit West Preston, WA 98050 Seattle, WA 98105 [email protected] [email protected] Rokka * (425) 830-0628 Fiorini* (206) 463-5305 Nancy Kitano, Dir Summit West Georgianne Fiorini, Dir Summit West PO Box 1562 Crystal Rob Croston, Co- Dir Mercer Island, WA 98040 PO Box 13408 Crystal [email protected] Burton, WA 98013 Stevens Pass Ski Masters * (425) 392-8260 Hurricane Ridge * (360) 457-2879 Chris Saario, Dir Summit West Lori Lynn Gray, Dir Hurricane Ridge th 1644 215 Pl SE Crystal 1522 Golf Course Rd Sammamish, WA 98075 Stevens Pass Pt Angeles, WA 98362 [email protected] [email protected] Skibacs* (206) 227-6201 Husky Ski Team* (206) 713-4440 Michael L Drake, Dir Crystal William G Vlases, Dir Summit West PO Box 3707, M/S 4H-58 Summit Central 22520 8th Ave S Seattle, WA 98124 [email protected] Des Moines, WA 98198 [email protected] Snow Sports Northwest* (425) 988-3054 Meany Lodge Sports (206) 525-7464 James F.