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SEABIRD TISSUE ARCHIVAL and MONITORING PROJECT: Protocol for Collecting and Banking Seabird Eggs
OCS Study, MMS 2001-031 NISTIR6735 SEABIRD TISSUE ARCHIVAL AND MONITORING PROJECT: Protocol for Collecting and Banking Seabird Eggs Geoff Weston York Barbara J. Porter Rebecca S. Pugh Da vid G. Roseneau Kristin Simac Paul R. Becker Lyman K. Thorsteinson and Stephen A. Wise e•• •• NlST • ,;) g Nation<:d Institute of Standards and Techn.:>logy Technoio9Y AdminIstration, U.S. Department of Commerce NIST CENTENNIAL. , DCS Study, MMS 2001-031 NISTIR6735 SEABIRD TISSUE ARCHIVAL AND MONITORING PROJECT: Protocol for Collecting and Banking Seabird Eggs Geoff Weston York' Barbara J. Porter Rebecca S. Pugh' David G. Roseneau' Kristin Simac I Paul R. Becker' Lyman K. Thorsteinson" and Stephen A. Wise2 IU.S. Department of the Interior U.S. Geological Survey Alaska Biological Resources Center 2National Institute of Standards and Technology Chemical Science and Technology Laboratory 3U.S. Department of the Interior U.S. Fish and Wildlife Service Alaska Maritime National Wildlife Refuge 4U.S. Department of the Interior U.S. Geological Survey Biological Resources Division - Western Office April 2001 ~USGS scilmce tor" challfJing womJ U.S. Department of Commerce Donald L Evans, Secretary National Institute of Standards and Technology Karen H. Brown, Acting Director CONTENTS page List of Tables .iii List of Figures .iii Acknowledgments iv Disclaimer v INTRODUCTION '" 1 Environmental Specimen Banking 1 Project Goal and Objectives................................................................................................. 2 Banking Seabird Eggs 2 MANAGEMENT SySTEM 6 MA TERIALS 8 Materials Required for Collecting Eggs and Shipping them to the Processing Laboratory... 8 Materials Required for Processing Eggs 8 Materials Required for Packaging Samples and Shipping Them to the Specimen Bank. 9 Seabird Data Form 9 METHODS 15 Egg Collection Field Procedures 15 Egg Processing Laboratory Procedures. -
Installation Tips
Installation Tips Important Please Read Before Going Further! Installation of Kitchen Cabinets is NOT a Do-It-Yourself project for those without extensive experience in finish carpentry. If you are not a professional carpenter please seek help from a trained professional. This guide is meant to be used as a supplement to carpenters who are trained and familiar with cabinetry installa- tion techniques, it is not meant to be a stand alone installation guide. Version 1.0 - 2009 CABINET INSTALLATION TABLE OF CONTENTS Cabinet installation requires special skills and tools. If you are COMMON INSTALLATION TOOLS uncertain of any part of these basic instructions, terms or lack the minimum listed tools, consult with your cabinet supplier For professional results have the tools you need at hand and for recommended professional cabinet installation mechanics. ready. Here’s a tip: save changeover time by having two An error during installation can result in costly repairs and cordless screwguns – one with a drill bit for predrilling screw delays. holes and another with a screw tip. TERMS TO KNOW • Power Drill • Sand Paper • Drill Bits • Block Plane • Terms and Tools Level: A horizontal plane at right angles to the plumb. • Carpenter’s Levels (2’ & 4’) • Clamps • Carpenter’s Square • Caulking Plumb: A true vertical line. If something is “out of plumb” it •Tape Measure (1”x25’) • Chalk Line is not exactly straight up and down. • Step ladder • Mitre Box • Common Construction Details • Nail Set • Marking Tools Square: All lines parallel and at 90° to each other. • Extension Cord(s) • Stud Finder Rail: A horizontal framing member of a cabinet door. -
WORKSHOP 6 Bookcase Project II Routing Dadoes and Rabbets
WORKSHOP 6 Bookcase Project II Routing Dadoes and Rabbets, Curve Cutting, Sanding & Screwed and Plugged Joinery Date/Time: Saturday, Xtember tbd, 9 am to 12 noon Location: Mentor’s Shop Mentors: tbd Content: Follows FineWoodworking.com video “Getting Started in Woodworking” Season 2, Session 4, Rabbets and Dadoes with a Router; Session 5, Cutting Curves; Session 6, Sanding the Bookcase Parts; & Session 7, Joinery with Screws and Plugs. Description: Cutting Rabbets and Dadoes with a Router; Dadoes are square notches cut into the surface of a piece of lumber that hold the end of a joining board. They are perfect when building shelving or cabinetry as a way to join shelves and partitions. For this bookcase project, the dado joinery is reinforced with screws, although that added strength isn't essential to the joint. A simple but foolproof T-Square jig is built to assist in cutting the dadoes. This type of jig is designed to cut exactly 90 degrees to one edge, which is perfect for our shelf dadoes. You will also need a straight router bit. Ours is 3/4-in. diameter because our lumber measures that same thickness. Rabbets are similar to dodoes and groves in that they can go in the direction of the grain or across it. However, Rabbets are notches cut into the edge of a board. A rabbet is used to attach the back panel to the bookcase Laying Out, Cutting and Smoothing Curves; A changing radius curve isn't a section of a circle. This type of curve can be drawn with a variety of drawing tools, including french curves and battens. -
Grease Sampling Kit for Pillow Block Bearings MGT-01-008
Grease Sampling Kit for Pillow Block Bearings MGT-01-008 Directions for sampling with the Grease Thief from Pillow Block Bearings: Enclosed in the kit: • Eight (8) sleeves containing: - One (1) 10cc plastic syringe - One (1) plastic spatula - One (1) Grease Thief with yellow cap - One (1) Shipping Tube - One (1) Blank Equipment Label • One (1) shipping envelopes 1. Remove yellow cap from Grease Thief and place back into bag to keep clean. 2. Remove plunger from syringe and place back into bag to keep clean 3. Use wide end of spatula to remove any dirt or debris. 4. Use narrow end of spatula to sample grease from desired test area 5. Place grease from spatula into plastic syringe. Approximately 1.5 grams of grease or about 2 cc are needed to completely fill the Grease Thief. 6. Inject the grease from the syringe into the Grease Thief to push the plunger to the far end as the grease fills the body. The Grease Thief is completely full when the grease just begins to exit at the relief holes. While grease is being added, it is necessary to slowly withdraw the syringe tip from within the Grease Thief body to completely fill the open end. BODY OPEN END PISTON BODY HANDLE END BARB 7. Prior to placing the yellow cap onto the Grease Thief for shipment, purge a small por- tion of the grease from the Grease Thief into the yellow cap to relieve any pressure build up from placing the cap on the full Grease Thief. 8. Once a small portion of the grease is in the yellow cap, firmly place the yellow cap on the Grease Thief. -
Tips & Tricks for Project Boards
Tips & Tricks for Project Boards What are project boards? Project boards are pre-finished, smaller, easy-to-transport, easy-to-store, easy-to-handle craft and hobby boards, available in a variety of styles and colors, excellent for a wide range of DIY home projects. Understanding project board finishes Charred – Our method of charring wood uses the Japanese technique of shou-sugi-ban to create artfully burned boards intended to create unique home décor projects, accent walls, crafts, hobbies and more. Rustic – These project boards are perfect for your next reclaimed-wood project. It's new lumber that has been distressed, primed and painted to have the authentic look and texture of vintage, rough-sawn, rustic barn wood. Getting a clean edge when sawing project boards Don’t own a saw? Ask a sales associate if complementary cutting is available. Most stores will cut as many pieces as you’d like to any dimensions you need. Feel free to bring your project instructions along so you’re ready to take advantage of this service when and where it’s offered. The professionals are there to help! All the cuts you need to make on your project boards can be made with a circular saw. A miter saw and table saw work too – and can save time on large jobs – but the circular saw is your Swiss army knife of cutting. Whichever saw you choose, make sure you’re using one with sharp carbide teeth. A high number of sharp teeth – at least 80 – will ensure clean cuts, while dull blades are more likely to chew up the edges of your wood. -
Sanding Block Plan.Pdf
Project: Sanding block plan Page 1 of 25 Sanding blocks plan Sanding the surfaces is one of the most important operations that needs to be done on wooden parts before the finishing. At the same time, sanding is time-consuming and one of the less interesting parts of woodworking. Besides that, during sanding you should keep in mind that any scar or scratch, regardless of its size, can show up after finishing coats of stain or varnish are applied. The importance of sanding is that this procedure removes hand tool or machine tool marks and smooths the surface of wood. This allows the reflective properties of the finishing materials to equalize and bring out the full beauty of the wood grain. By taking the time and care, using correct procedures and good selected grades of abrasives, the outcome will be finish of perfect quality and appearance. In professional workshops, sanding is done with power sanders (belt sander, pad sander or drum sander) or with sanding machines. In small and less equipped workshops, sanding is still done mainly by hand. Hand sanding also must be done on parts with complicated or complex curved surface as well as on small surfaces. Most woodworkers even after sanding with sanding machines and power sanders do the final sanding by hand. For the hand sanding, one of the irreplaceable tools is sanding block. A sanding block makes it easier to hold the sandpaper, maintain flatness of the surface and prolonges life of the sandpaper. Surface on the sanding block that sits on the sandpaper should be slightly resilient. -
Equipment: This Includes, but Is Not Limited To: • Scroll Saw – Very Important, If You Want to Go the Cheaper Route, Get a Coping Saw
To start, thank you all for your kind comments concerning my work, I really appreciate it. In this document I will try to show you all the “secrets” to making a custom razor handle, including how I do inlays. I will detail the step-by-step process and even reveal my favorite suppliers and equipment. If you ever thought, “I’d like to make MY own custom handle and not buy one from Mike”, then here is your chance. I’m not concerned about creating competition, if someone else wants to take up the torch and do this for a living then by all means knock yourself out. I enjoy handle making as a hobby, granted I promote it like a business, but that is only because it is such a small niche market that if I didn’t I would only be making handles for myself and would run out of projects pretty quick. -Mike- Equipment: This includes, but is not limited to: • Scroll saw – very important, if you want to go the cheaper route, get a coping saw. You need something that can handle curves. Dremel, Delta, Rigid, and Hawk are all excellent choices. Mine is a Rigid ($180). $80 - $400 • Band saw – not necessary, but nice. A 10” is sufficient. $59 - $150 • Dremel tool – get one! Besides the scroll saw this is the most important tool you will own. Dremel now has a cordless that is variable speed up to 30,000 RPM. It is awesome. I think it is called the Ion, or something, it has a Lithium Ion battery. -
Myriad Systems
Myriad Systems Installation Instructions and Details Contents Page General Notes 2 Typical System Perspective 3 Panel, Hardware & Trim Details 4-6 Hardware & Trim Fabrication Details 7-9 Installation Procedures 10-12 Installation with lights Procedures 13-15 For technical assistance, or if you have questions concerning your order, contact; Marlite 202 Harger St. Dover, Ohio 44622 330-343-6621 800-377-1221 [email protected] www.marlite.com Form # DC33-05081 Effective Date: 7/07 Page 1 of 15 Myriad Systems General Notes HIGH-HUMIDITY AREAS ; Many Myriad Panels are subject to the effects of moisture. DO NOT USE IN KITCHEN, REST ROOM OR OTHER HIGH-HUMIDITY AREAS. TOOLS REQUIRED ; Regular carpentry tools, such as a level, block plane, sanding block, drill, table saw or circular saw with fine-toothed carbide blade, chalk line, hack saw, tape measure, file, miter box, square, 4’-6’ or laser alignment tool and flat screwdrivers. CAUTION ; Be sure to use the proper safety guards required when cutting panels and trim. Also, wear safety glasses or face shields and hand protection. NOTE - Metal veneer products may produce sparks when cutting. Take proper precautions for dust removal. WALL PREPARATION ; Structural walls should be finished with building completely closed. Walls must be thoroughly dry before panels are applied. Panels must be applied over a smooth, solid, flat backing such as plaster, drywall or plywood. A vapor barrier should be use between backer and studs to discourage warping. Protect existing surfaces with drop cloths. PREPARATION/HANDLING TIPS ; Open cartons and carefully inspect all panels. Due to texture and manufacturing techniques, some panels may vary in color, consistency and pattern. -
OP10-1003 Qxq
WOMEN’S INTERAGENCY HIV STUDY ORAL PROTOCOL FORM OP10: SUBGINGIVAL PLAQUE SAMPLES COMLETING THE FORM GENERAL INFORMATION Affix the Participants ID label in the space indicated. Record the visit number, which should be the same as the WIHS core visit. Be sure the form version is the most current version date. Record your initials. Record the date. SUBGINGIVAL PLAQUE SAMPLES If participant if edentulous (OP 6 #1 is coded as 1). Form OP 10 is left blank. 1. Indicate if specimens were collected for positive gingival banding scores on the facial or lingual aspects. 1a. Record the tooth number from which these samples were collected. 2. Indicate if specimens were collected from papilla sites with scores of 3 or 5. 2a. Record the tooth numbers (i.e., the most mesial tooth bounding the interdental space) from which the sample was collected. 2b. Indicate the Papillary Assessment score associated with the sample by circling the appropriate code. 3. These samples should be taken at all visits. Indicate if samples were taken from sites exhibiting a ≥ 2mm change in attachment since the WIHS Oral visit prior to last. 3a. Indicate the tooth numbers from which these samples were taken. Refer to samples in the appendix section of this manual for the complete and proper way to fill out the laboratory request forms that are to accompany each plaque sample collected and shipped to the lab. All three copies of the triplicate should be sent with the specimen. EQUIPMENT • Fine sterile paper points • Cotton rolls • Sterile curette • Sterile cotton forceps • 4 vials (2 plastic vials for PCR analysis and 2 glass vials with anaerobic medium) for affected site. -
PREFERRED PACKAGING: Accelerating Environmental Leadership in the Overnight Shipping Industry
PREFERRED PACKAGING: Accelerating Environmental Leadership in the Overnight Shipping Industry A Report by The Alliance for Environmental Innovation A Project of the Environmental Defense Fund and The Pew Charitable Trusts The Alliance for Environmental Innovation The Alliance for Environmental Innovation (the Alliance) is a joint initiative of the Environmental Defense Fund (EDF) and The Pew Charitable Trusts. The Alliance works cooperatively with private businesses to reduce waste and build environmental considerations into business decisions. By bringing the expertise and perspective of environmental scientists and economists together with the business skills of major corporations, the Alliance creates solutions that make environmental and business sense. Author This report was written by Elizabeth Sturcken. Ralph Earle and Richard Denison provided guidance and editorial review. Acknowledgments Funding for this report was provided by The Pew Charitable Trusts, the Environmental Protection Agency’s WasteWi$e Program and Office of Pollution Prevention, and the Emily Hall Tremaine Foundation. Disclaimer This report was prepared by the Alliance for Environmental Innovation to describe the packaging practices of the overnight shipping industry and identify opportunities for environmental improvement. Copyright of this report is held by the Alliance for Environmental Innovation. Any use of this report for marketing, advertising, promotional or sales purposes, is expressly prohibited. The contents of this report in no way imply endorsement of any company, product or service. Trademarks, trade names and package designs are the property of their respective owners. Ó Copyright The Alliance for Environmental Innovation The Alliance for Environmental Innovation is the product of a unique partnership between two institutions that are committed to finding cost-effective, practical ways to help American businesses improve their environmental performance. -
Handplane Essentials
lending a Hand to low-angle block plane Power tools shoulder plane The four most useful handplanes for the modern power-tool woodshop. smoothing plane t’s easy to get labeled by your fellow wood- workers as a power-tool junkie (a Normite) or Ia hand-tool Luddite (a Neanderthal). The truth is that most woodworkers fall somewhere between those two extremes. And with good reason. Using a combination of hand and power tools jointer plane can be an effective one-two punch of quickness and accuracy. Power tools excel at converting rough stock to usable lumber, which is exhausting and tedious if done by hand. And hand tools provide the started. In fact, after much historical research and fine detailing and perfectly fit joints that can be a work at the bench, I’ve found that most woodwork- challenge to achieve with power tools. ers need only four handplanes to complement their So where do you start? Most of us begin power tools. woodworking with power tools, which allow us to accomplish great feats of furniture-building when LOW-ANGLE BLOCK PLANE our woodworking skills are in their infancy. As our The first plane you should buy is a low-angle skills develop it’s natural to become interested in block plane with an adjustable mouth. They are the hand tools. But many early attempts with planes simplest plane to sharpen and set up. They will open and chisels are usually stymied by one missing your eyes to what other planes can do. And they skill: sharpening. begin tuning your fine motor skills (such as where A keen edge is the secret to success with hand to apply pressure and sensing when you are cutting tools. -
Assembly Instructions Updated February 2021
BALLAD HARP KIT Assembly Instructions Updated February 2021 E WOOD PARTS A. Soundboard, Aircraft Birch B D H C F B. Back Panel A C. (2) Sides G D. (4) Long Trim Strips, Sides E. Short Trim Strip, Back F. Short Trim Strip, Front (Drilled) G. Inner Reinforcement Bar H. Pillar I. Pre-drilled Neck J. (2) Feet K. Top Block J L. Arched Cap Block I M. Inner Brace N. Base Reinforcement K M O. Base Block N O L HARDWARE Scrap Soundboard Piece (3) Wood Screw, 2” (34) Threaded Harp Tuning Pins Wood Dowel, 3/8” x 2” Brass Driver for Tuning Pins (2) Maple Wood Plugs, 3/8” dia. (10) Threaded Bridge Pins, Large Maple Wood Plug, 1/2” dia. Allen wrench, 3/32” Harp Medallion, 3/4” dia. (24) Threaded Bridge Pins, medium (3) Drill bits (1/8”, 7/64”, 3/16”) Allen Wrench, 5/64” (2 oz) Wire Nails, 17 guage, 3/4” long (24) Medium Brass Eyelets, 1/8” (4) Rubber Bumpers (10) Jumbo Brass Eyelets, 3/16” (4) Screws for Bumpers, #6 x 3/4” (2) #14 X 2” Wood Screws, Square Drive Tuning Wrench #3 Square Drive Bit Set of 34 Harp Strings (8) Wood Screws, 1-1/4” Spacing Guide for Bridge Pins (14) Wood Screws, 1-5/8” Assembly Instructions Musicmakers 14525 61st ST CT N Stillwater, MN 55082 TIPS TO MAKE THIS A SUCCESSFUL PROJECT _____A. Inventory and inspect all your parts carefully. If anything is missing or defective, please call or email us right away. 651-439-9120 _____B.