Ten Bushcraft Books Richard Graves
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Rifle Hunting
TABLE OF CONTENTS Hunting and Outdoor Skills Member Manual ACKNOWLEDGEMENTS A. Introduction to Hunting 1. History of Hunting 5 2. Why We Hunt 10 3. Hunting Ethics 12 4. Hunting Laws and Regulations 20 5. Hunter and Landowner Relations 22 6. Wildlife Management and the Hunter 28 7. Careers in Hunting, Shooting Sports and Wildlife Management 35 B. Types of Hunting 1. Hunting with a Rifle 40 2. Hunting with a Shotgun 44 3. Hunting with a Handgun 48 4. Hunting with a Muzzleloading 51 5. Bowhunting 59 6. Hunting with a Camera 67 C. Outdoor and Hunting Equipment 1. Use of Map and Compass 78 2. Using a GPS 83 3. Choosing and Using Binoculars 88 4. Hunting Clothing 92 5. Cutting Tools 99 D. Getting Ready for the Hunt 1. Planning the Hunt 107 2. The Hunting Camp 109 3. Firearm Safety for the Hunter 118 4. Survival in the Outdoors 124 E. Hunting Skills and Techniques 1. Recovering Game 131 2. Field Care and Processing of Game 138 3. Hunting from Stands and Blinds 144 4. Stalking Game Animals 150 5. Hunting with Dogs 154 F. Popular Game Species 1. Hunting Rabbits and Hares 158 2. Hunting Squirrels 164 3. Hunting White-tailed Deer 171 4. Hunting Ring-necked Pheasants 179 5. Hunting Waterfowl 187 6. Hunting Wild Turkeys 193 2 ACKNOWLEDGEMENTS The 4-H Shooting Sports Hunting Materials were first put together about 25 years ago. Since that time there have been periodic updates and additions. Some of the authors are known, some are unknown. Some did a great deal of work; some just shared morsels of their expertise. -
SSAA Guidelines for the Use of Black Powder
SSAA GUIDELINES FOR THE USE OF BLACK POWDER 2012 No. 1 2 GUIDELINES FOR THE USE OF BLACK POWDER ON SSAA RANGES 1. BLACK POWDER 1.1. Only commercially made Black Powder or Black Powder substitute is to be used. 1.2. When Black Powder events are being held smoking or naked flames are not permitted within 10 metres of the firing line or the designated safe area for open bulk container and to comply with legislation. 1.3. A designated safe area will be allocated at each match for measuring out powder charges and loading cartridges, such an area shall be a minimum of 10 metres from the firing line and to comply with legislation. 1.4. Supplies of bulk powder are to be kept in designated areas at least 20m from any open flame. 1.5. Powder should be stored in its original container. 1.6. Powder in bulk is not allowed on the firing line. 1.7. All Black Powder on the firing line must be held as pre-measured loads in separate containers. 1.8. Only enough black powder for immediate reasonable use may be brought to the firing point. 1.9. No firearms may be loaded directly from a bulk Black Powder container. This includes the use of powder flasks or powder horns. 1.10. Powder may not be measured into loads from bulk containers on the firing line. 1.11. All spilt black powder must be immediately, safely and properly disposed of. 1.12. Powder shall not be placed in direct sunlight. 1.13. -
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Planetarium Science Center newsletterth st 6 year | 1 edition Science For All! 1st SCHOOL SEMESTER 2012/13 In this edition... The Origins of the Four Elements 2 Four Elements: The Powers of the Four Elements 4 The Fifth Element on the Big Screen 5 By: Maissa Azab Journey to the Moon 6 Roots of Life Plasma: The Uncharted Element 7 The Four Elements; the Epitome of Life 8 The Elements’ Wrath 11 Here we start a new year for the PSC and how they can devastate life just as much as The Four Elements that Make Your Body 14 Newsletter; the fourth for the Newsletter as a they sustain it. Nano-Elements of Nature 16 popular science publication. In what has become In this new cycle, we re-introduce sections Lessons from the Lorax 17 a tradition, in the first issue of every new cycle, such as “ZoomTech”, where we discuss how Antimatter: Mirror of the Universe 18 we go back to the roots. Last year, we started by nanotechnology can change the four elements as we know them. In this issue, we also introduce The Marvels of the Elements 20 discussing Planet Earth; this year, we focus in this new sections and columns. In the newly-introduced Fire Breathing Dragons 22 issue on the classical Four Elements of Nature, which were the core of all humanities and sciences “Science in Sci-Fi” section, we have a column on for centuries, if not millennia of human history. the fantastical action motion picture “The Fifth Element”, and a fascinating film review on the Earth, Water, Air, and Fire are indeed the four surprisingly insightful animation movie “The Lorax”. -
STANDARDS for HISTORIC WEAPONS USE Revised September 2018
MARYLAND PARK SERVICE STANDARDS FOR HISTORIC WEAPONS USE Revised September 2018 Maryland Park Service Revised, September 2018 Standards for Historic Weapons Use MARYLAND PARK SERVICE STANDARDS FOR HISTORIC WEAPONS USE Revised September 2018 Table of Contents Purpose ..................................................................................................................................................... 3 Definitions................................................................................................................................................ 3 Rules and Roles for the Historic Weapons Safety Committee, Instructors and Officers ......................... 4 Universal Standards for All Historic Weapons Demonstrations .............................................................. 5 Rules for Non-Firing Demonstrations ...................................................................................................... 7 Rules for Edged Weapons and Tools ....................................................................................................... 7 Rules for Small Arms Demonstrations (Infantry and Cavalry) ............................................................... 8 Rules for Artillery Demonstrations ........................................................................................................ 10 Appendix A: Range for Small Arms Blank Firing................................................................................. 14 Appendix B: Range for Blank Cannon Firing ...................................................................................... -
Explosives Section 433:00. Scope of Section 433. Subd. 1. Sections 433:00 Et Seq. Will Apply to the Manufacture
Section 433 - Explosives Section 433:00. Scope of Section 433. Subd. 1. Sections 433:00 et seq. will apply to the manufacture, possession, storage, sale, transportation, and use of explosives and blasting agents. Subd. 2. Sections 433:00 et seq. will not apply to the following: (a) Transportation of explosives or blasting agents when under the jurisdiction of and in compliance with the regulations of the Federal Department of Transportation. (b) Shipment, transportation and handling of military explosives by the Armed Forces of the United States and the State military forces. (c) Transportation and use of explosives or blasting agents in the normal and emergency operation of federal agencies or state or municipal fire and police departments, providing they are acting in their official capacities and in the proper performance of their duties. (d) Sale, use or public display of pyrotechnics commonly known as fireworks. Subd. 3. Sections 433:00 et seq. will not apply to the following commodities and items: (a) Stocks of small arms ammunition; propellant-actuated power cartridges; small arms ammunition primers in quantities of less than 1,000,000 smokeless propellant in quantities of less than 750 pounds. (b) Explosive actuated power devices when in quantities of less than 50 pounds net weight of explosives. (c) Fuse lighters and fuse igniters. (d) Safety fuse (safety fuse does not include cordeau detonant fuse), and 3/32 inch cannon fuses or matchlock fuses (slow match). (e) The sale or transfer of black powder or other commonly used non-smokeless propellant in individual transactions involving quantities of five (5) pounds or less when used for muzzle loaded firearms or used in the handloading of firearms Section 433:05. -
Troop Operating Budget
Sample Troop Budget Actual Budget No. of No. of Annual Cost Scouts/ Total Unit Troop Operating Budget Annual Cost Scouts/ Total Unit Per Scout/Unit Adults Cost Per Person Adults Cost PROGRAM EXPENSES: Registration and insurance Total youth + adults @ $24 ea. $ 24.00 35 $ 840.00 fees $ 24.00 $ - $ 12.00 25 $ 300.00 Boys' Life Total subscriptions @ $12 ea. $ 12.00 $ - $ 40.00 1 $ 40.00 Unit charter fee Yearly flat fee @ $40 $ 40.00 $ 9.00 25 $ 225.00 Advancement Ideally, 100% of youth included in badges $ 9.00 $ - and ranks (example @ $9 ea.) Camping trips Location $ 15.00 25 $ 375.00 (1) Camping trip $ - $ 15.00 25 $ 375.00 (2) Camping trip $ - $ 15.00 25 $ 375.00 (3) Camping trip $ - $ 15.00 25 $ 375.00 (4) Camping trip $ - $ 15.00 25 $ 375.00 (5) Camping trip $ - $ 15.00 25 $ 375.00 (6) Camping trip $ - $ 20.00 25 $ 500.00 District events Camporees (2) $ - $ 15.00 25 $ 375.00 Other (1) $ - $ 15.00 25 $ 375.00 Special activities Merit badge day, first aid rally, etc. $ - $ 10.00 10 $ 100.00 Field trips Location $ - $ 180.00 1 $ 180.00 Handbooks One for each new youth @ $10 ea. $ 10.00 $ - $ 25.00 5 $ 125.00 Adult leader training Outdoor Skills $ - $ 20.00 2 $ 40.00 Unit equipment purchases Tents, cook stoves, etc. $ - $ 50.00 2 $ 100.00 Leader camp fees $ - $ 50.00 1 $ 50.00 Leader recognition Thank yous, veterans awards, etc. $ - $ 5,500.00 TOTAL UNIT BUDGETED PROGRAM EXPENSES: $ 40.00 INCOME: $ 40.00 25 $ 1,000.00 Annual dues (monthly amount x 10 or 12 months) $ - $ 500.00 1 $ 500.00 Surplus from prior year (beginning fund balance) $ - $ - Other income source $ - $ 1,500.00 INCOME SUBTOTAL: $ - $ 4,000.00 TOTAL FUNDRAISING NEED: $ - $ 12,857.00 x 25% = $ 3,214.25 POPCORN SALE TROOP GOAL: / $ - ___% includes qualifying for all bonus dollars Need Commission Unit goal $ 12,857.00 / 25 = $ 514.28 POPCORN SALES GOAL PER MEMBER: / $ - Unit Goal No. -
A Guide to Hunting Responsibly and Safely
For Instructor Use Only TODAY’S HUNTER® a guide to hunting responsibly and safely Copyright © 2012 Kalkomey Enterprises, Inc., www.kalkomey.com For Instructor Use Only THE TEN COMMANDMENTS OF FIREARM SAFETY 1. Watch that muzzle! Keep it pointed in a safe direction at all times. 2. Treat every firearm with the respect due a loaded gun. It might be, even if you think it isn’t. 3. Be sure of the target and what is in front of it and beyond it. Know the identifying features of the game you hunt. Make sure you have an adequate backstop— don’t shoot at a flat, hard surface or water. 4. Keep your finger outside the trigger guard until ready to shoot. This is the best way to prevent an acci- dental discharge. 5. Check your barrel and ammunition. Make sure the barrel and action are clear of obstructions, and carry only the proper ammunition for your firearm. 6. Unload firearms when not in use. Leave actions open, and carry firearms in cases and unloaded to and from the shooting area. 7. Point a firearm only at something you intend to shoot. Avoid all horseplay with a gun. 8. Don’t run, jump, or climb with a loaded firearm. Unload a firearm before you climb a fence or tree, or jump a ditch. Pull a firearm toward you by the butt, not the muzzle. 9. Store firearms and ammunition separately and safely. Store each in secured locations beyond the reach of children and careless adults. 10. Avoid alcoholic beverages before and during shooting. -
The Death of the Knight
Academic Forum 21 2003-04 The Death of the Knight: Changes in Military Weaponry during the Tudor Period David Schwope, Graduate Assistant, Department of English and Foreign Languages Abstract The Tudor period was a time of great change; not only was the Renaissance a time of new philosophy, literature, and art, but it was a time of technological innovation as well. Henry VII took the throne of England in typical medieval style at Bosworth Field: mounted knights in chivalric combat, much like those depicted in Malory’s just published Le Morte D’Arthur. By the end of Elizabeth’s reign, warfare had become dominated by muskets and cannons. This shift in war tactics was the result of great movements towards the use of projectile weapons, including the longbow, crossbow, and early firearms. Firearms developed in intermittent bursts; each new innovation rendered the previous class of firearm obsolete. The medieval knight was unable to compete with the new technology, and in the course of a century faded into obsolescence, only to live in the hearts, minds, and literature of the people. 131 Academic Forum 21 2003-04 In the history of warfare and other man-vs.-man conflicts, often it has been as much the weaponry of the combatants as the number and tactics of the opposing sides that determined the victor, and in some cases few defeated many solely because of their battlefield armaments. Ages of history are named after technological developments: the Stone Age, Bronze Age, and Iron Age. Our military machine today is comprised of multi-million dollar airplanes that drop million dollar smart bombs and tanks that blast holes in buildings and other tanks with depleted uranium projectiles, but the heart of every modern military force is the individual infantryman with his individual weapon. -
Learning in the Leaves Heat Sources – Page 1
Learning in the Leaves Heat Sources – Page 1 Source Use MATCHES Safety matches ignite due to the extreme reac:vity of phosphorus with the potassium chlorate in the match head. When the match is struck the phosphorus and chlorate mix in a small amount forming something akin to the explosive Armstrong's mixture which ignites due to the fric:on. LIGHTER The spark ignites the flammable gas causing a flame to come out of the lighter which connues unl either the top is closed (naphtha type), or the valve is released (butane type). Also available with a long neck ideal for ligh:ng fires, oen referred to as a gas lighter. FIRESTEEL Firesteels are one of the most important inven:ons in outdoor gear in the last 50 years. Firesteels start fires. Like other igni:on sources (i.e. matches, lighters) their job is to start your :nder burning. The firesteel consists of a metal rod usually aOached to a small handle. The metal is a cerium alloy mixed with an iron alloy to provide strength. This combined alloy is called mischmetal. The first firesteels had a slightly different formula:on, called ferrocerium. Mischmetal has pyrophoricity. A pyrophoric substance (from the Greek “fire-bearing”) ignites spontaneously in air at or below 55 °C (130 °F). When you scrape a sharp surface against a firesteel, it gives off hot sparks. When scraped, a firesteel produces molten sparks of 3000°C (5,500°F)! BURNING GLASS Any sort of magnifying lens may be used to start a fire on a sunny day. -
Fire-Making Apparatus in the U.S. National Museum
loo I CD •CD CO Hough, Walter Fire-making apparatus in the U.S. National Museiiin GN 417 H68 1890 ROBA II Digitized by the Internet Archive in 2007 with funding from IVIicrosoft Corporation http://www.archive.org/details/firemakingapparaOOhouguoft /e9o FIRE-MAKING APPARATUS IN THE U. S. N By Walter HougM. AnT O R OCT 2 5 1973 Man ,n h.s onginals seems to be a thing unarn.ed ^Sj^^LViM „™Ww to Ll„ tse f, as needing the aid of ,na„y things; therefore Pro^nl^fi^ii^Wht,; ^ A^^ ont hre wh.eh snppediates and yields eomfort and help in a wants and mannerto hulu necessit.es; so that if the soul be the form I of forms, and the hand be .he ,netr„,„e„tof mstrnmeuts,rtre deserves well to be ealled the suecorof sn eors the help of helps, or that infinite ways afford aid and assistance to all labors and ihe There is a prevalent belief that to make fire by rubbing o two pieces wood .s very d.ffienlt. It is not so, the writer has repeftedly n,rde ^ *''''""^ ^ *"' '""^^ ''"'' «"« ^^*^<'°"'J« ^'tb th« fow drSl '" *''^ ''^^^ ^"^^ ^''"°"« wifhTl-?nf"*''' r^'^t*'''" P^oP'e^ ""^te fire ''*"*^" ^'* '''''^'"«'' and IroqlTs! '"" ^ ' '» *''« ^urons They take two pieces of cedar wood drvanfllio-lif- fTinxr 1,^1/1 • /> , All these descriptions omit details that are essential h to the comore ns,on ot the reacler. There is a great knack in twiriing the veXal .stick. It ,s taken be( ween the paln.s of the outstretched hands which a o drawn backwards and forwards past each other almost tTth;!!^; t thus PS, g, vmg the driU a reciprocating motion. -
Structures Ignited by Virginia WUI Fires 2/2015-2/2017
NIST GCR 18-018 Structures Ignited by Virginia WUI Fires 2/2015 – 2/2017 David D. Evans Lavern R. Scott William D. Walton Home Safety Foundation Chevy Chase, Maryland 20815-4206 This publication is available free of charge from: https://doi.org/10.6028/NIST.GCR.18-018 NIST GCR 18-018 Structures Ignited by Virginia WUI Fires 2/2015 – 2/2017 Prepared for U.S. Department of Commerce Fire Research Division, Engineering Laboratory National Institute of Standards and Technology Gaithersburg, MD 20899-8661 By David D. Evans Lavern R. Scott William D. Walton Home Safety Foundation Chevy Chase, Maryland 20815-4206 This publication is available free of charge from: https://doi.org/10.6028/NIST.GCR.18-018 September 2018 U.S. Department of Commerce Wilbur L. Ross, Jr., Secretary National Institute of Standards and Technology Walter Copan, NIST Director and Undersecretary of Commerce for Standards and Technology Disclaimer This publication was produced as part of contract SB1341-10-CQ-0001 with the National Institute of Standards and Technology. The contents of this publication do not necessarily reflect the views or policies of the National Institute of Standards and Technology or the US Government. Certain commercial equipment, instruments, or materials are identified in this report for completeness and to foster understanding. Such identification does not imply recommendation or endorsement by the National Institute of Standards and Technology. Nor does it imply that the materials or equipment identified are necessarily the best available for the purpose. Acknowledgments This project would not have been possible without the support of the Virginia Department of Forestry (VDOF). -
Basic Survival Skills for Aviation
OK-06-033 BASIC SURVIVAL SKILLS FOR AVIATION OFFICE OF AEROSPACE MEDICINE CIVIL AEROSPACE MEDICAL INSTITUTE AEROMEDICAL EDUCATION DIVISION INTRODUCTION Welcome to the Civil Aerospace Medical Institute (CAMI). CAMI is part of the FAA’s Office of Aerospace Medicine (OAM). As an integral part of the OAM mission, CAMI has several responsibilities. One responsi- bility tasked to CAMI’s Aerospace Medical Education Division is to assure safety and promote aviation excellence through aeromedical education. To help ensure that this mission becomes reality, the Aerospace Medical Edu- cation Division, through the Airman Education Programs, established a one day post-crash survival course. This course is designed as an introduction to survival, providing the basic knowledge and skills for coping with various survival situations and environments. If your desire is to participate in a more extensive course than ours you will find many highly qualified alternatives, quite possibly in your local area. Because no two survival episodes are identical, there is no "PAT" answer to any one-survival question. Your instructors have extensive back- ground and training, and have conducted basic survival training for the mili- tary. If you have any questions on survival, please ask. If we don't have the answer, we will find one for you. Upon completion, you will have an opportunity to critique the course. Please take the opportunity to provide us with your thoughts con- cerning the course, instructors, training aids. This will be your best opportu- nity to express your opinion on how we might improve this course. Enjoy the course. 1 NOTES CIVIL AEROSPACE MEDICAL INSTITUTE _____________________________________________________ Director: Melchor J.