DOCSLIB.ORG

Banding Office Price List

Total Page：16

File Type：pdf, Size：1020Kb

Download full-text PDF Read full-text
Banding Office Price List Price List Sept 2021: National Banding Office To place an order, please complete the ORDER FORM and email to [email protected] We endeavour to process your order within 10 working days; you will be informed if there are any issues or delays. There may be a turnaround time of up to three months if you order something not in stock. The Banding Office prefers not to process urgent orders during June or December. Numbered Metal Bands – metal and colour bands will only be issued to certified Level 3 banders. (Contact the Banding Office for the price and availability of BLANK metal bands for powder-coating or training) Internal Height Price per 100 Price per 100 Prefix Metal Comment diameter (mm) (mm) (excl. GST) (incl. GST) AA/AE 2.0 5 Aluminium C-shaped $16.00 $18.40 AP 2.3 5.5 Alum Alloy C-shaped $16.00 $18.40 A 2.5 5.5 Aluminium C-shaped $19.00 $21.85 BP 3.0 5.5 Alum Alloy C-shaped $20.00 $23.00 B 3.0 5 Stainless Steel C-shaped $24.00 $27.60 CP 3.3 5.5 Incoloy V-shaped $26.00 $29.90 C 3.5 5 Stainless Steel C-shaped $25.00 $28.75 CX 4.0 5.5 Incoloy V-shaped $25.00 $28.75 D 4.5 7 Stainless Steel C-shaped $29.00 $33.35 DP 4.5 5.5 Incoloy V-shaped $27.00 $31.05 Y 5.5 7 Stainless Steel C-shaped $30.00 $34.50 YP 5.5 7 Incoloy V-shaped $28.00 $32.20 E 6.5 10 Stainless Steel C-shaped $34.00 $39.10 H 7.5 10 Stainless Steel C-shaped $36.00 $40.25 T 8.0 9 Incoloy V-shaped $33.00 $37.95 K 9.0 10 Stainless Steel C-shaped $36.00 $40.25 S 10 10 Stainless Steel C-shaped $39.00 $44.85 SN 10 7 Stainless Steel C-shaped $39.00 $44.85 L 11 12 Stainless Steel C-shaped $60.00 $69.00 LN 11 7 Stainless Steel C-shaped $50.00 $57.50 LNc 11 5 Stainless Steel C-shaped, blank $50.00 $57.50 V 12 7 Stainless Steel oval $61.00 $70.15 W 13 7 Stainless Steel C-shaped $61.00 $70.15 M 14 12 Stainless Steel C-shaped $65.00 $74.75 O 16 12 Stainless Steel C-shaped $65.00 $74.75 R 19 12 Stainless Steel 1 mm thick $70.00 $80.50 R 19 12 Stainless Steel 1.25 mm thick $70.00 $80.50 RA 22 12 Stainless Steel 1 mm thick $80.00 $92.00 RA 22 12 Stainless Steel 1.25 mm thick $80.00 $92.00 X 8.0x3.5 7 Stainless Steel oval $26.00 $29.90 Z 11.0x7.5 10 Stainless Steel oval $40.00 $46.00 J Stainless Steel Flipper band $150.00 $172.50 P Stainless Steel Flipper band $130.00 $149.50 13 14 12 Stainless Steel old address $51.00 $58.65 19 19 12 Stainless Steel old address $55.00 $63.25 27 12 10 Stainless Steel C-shaped $50.00 $57.50 ABat 2.9 4 Metal Alloy Bat bands $62.00 $71.30 New Zealand National Bird Banding Scheme (NZNBBS) | PO Box 108 | Wellington 6140 | email: [email protected] P a g e | 1 Darvic/Celluloid Price List Sept 2021: National Banding Office Coloured Split (Butt) Bands Internal Price per Price per 100 Material diameter 100 (excl. (incl. GST) (mm) GST) Darvic/Celluloid 2.3 $50.00 $57.50 Darvic/Celluloid 2.8 $50.00 $57.50 Darvic/Celluloid 3.1 $50.00 $57.50 Darvic/Celluloid 4.0 $50.00 $57.50 Darvic/Celluloid 4.5 $50.00 $57.50 Colour Material Darvic / Celluloid Use these colour codes when Code Internal Diameter (mm) 2.3 2.8 3.1 4 4.5 submitting banding data K Black ✓ ✓ ✓ ✓ ✓ Gr Grey ✓ ✓ We will be making DOC weldable colour bands of 3.1 and 3.75 mm ✓ ✓ ✓ ✓ ✓ W White available once manufactured. R Red ✓ ✓ ✓ ✓ ✓ O Orange ✓ ✓ ✓ ✓ ✓ NOTE: Y Yellow ✓ ✓ ✓ ✓ ✓ When ordering colour bands, please provide the following ✓ ✓ ✓ PP Pale Pink additional information: P Pink • Registered Project name NP Neon/Fluoro/Hot Pink L L • Species CP Crimson/dark pink ✓ ✓ • Locality of intended use • Colour banding schema: LPu Light Purple / Mauve ✓ ✓ ✓ ✓ o number of colours used Pu Purple o cohort marking (e.g., birds of LB Light Blue ✓ ✓ ✓ particular year all have red over metal on left leg) PB Pale Blue ✓ ✓ ✓ ✓ ✓ o number of colours on tibia, B Medium Blue ✓ ✓ ✓ ✓ ✓ tarsus, left / right leg DB Dark Blue ✓ ✓ o used and proposed colour NG Neon/Fluoro Green combinations PG Pale Green ✓ ✓ ✓ L ✓ The Banding Office coordinates LG Light Green ✓ ✓ colour banding – you may be restricted from using certain colour G Medium Green ✓ ✓ ✓ ✓ ✓ combinations if these have been used by another project on the ✓ ✓ ✓ ✓ DG Dark Green same species within a given Br Brown ✓ timeframe or region that may Striped (2 colours) overlap with your proposed colour S ✓ combinations. several colour combos ✓ Have stock, can order more Limited stock, cannot order more L ✓ Have stock, cannot order more New Zealand National Bird Banding Scheme (NZNBBS) | PO Box 108 | Wellington 6140 | email: [email protected] P a g e | 2 Price List Sept 2021: National Banding Office Material for wrap-around bands Cost per 10 bands for MATERIAL ONLY Band Thickness Height Price Price Salbex Darvic Material sold in bulk size * (mm) (mm) (excl. GST) (incl. GST) C $0.70 0.5 5 300mm strip (Salbex) $1.00 $1.15 D $1.00 0.5 7 Salbex sheet (~310 x 330 mm) $30.00 $34.50 Y $1.20 0.5 7 Darvic* 1200 mm strip $5.00 $5.75 E $2.00 0.75# 10 * While stocks last H $3.33 0.75# 10 # NOTE: You will need to make your own arrangement for K $3.57 0.75 10 # having wrap-around colour bands made by an approved S $3.85 0.75 10 "band maker". L $4.55 0.75# 12 M $5.56 1.0 12 Please contact the Banding Office if you need to be put in contact with a band maker. R $7.14 1.0 12 #Not all colours available Colours available in Darvic (while stocks last; contact the Banding Office for details) Red, White, Yellow, Green, Light Green, Grey Colours available in Salbex All Weather Notebooks Price Price Item (excl. GST) (incl. GST) Memo Pocket Field-Flex book 56 leaf/112 pages $15.00 $17.25 89mm x 127mm; no 374-M Hip Pocket Spiral 50 leaf/100 page $14.00 $16.10 105mm x 152mm; no. 146 Shirt Pocket Spiral 50 leaf/100 page $12.00 $13.80 76mm x 127mm; no. 135 Bird bags / bird weighing cones note: Price Price (incl. Size (mm) bags will shrink in wash! (excl. GST) GST) Calico Bird bag (small) 200x300 $0.80 $0.92 Calico Bird bag (med) 250x350 $0.90 $1.04 Calico Bird bag (large) 300x375 $1.00 $1.15 Plastic Weighing cone Small $10.00 $11.50 New Zealand National Bird Banding Scheme (NZNBBS) | PO Box 108 | Wellington 6140 | email: [email protected] P a g e | 3 Price List Sept 2021: National Banding Office Pesola scales Price Price Weight (excl. (incl. GST) GST) 5g (limited stock) $50.00 $57.50 10g $105.00 $120.75 30g $96.00 $110.40 60g $96.00 $110.40 100g $96.00 $110.40 300g $115.00 $132.25 600g $115.00 $132.25 1000g $115.00 $132.25 5kg 2.5kg $117.00 $13.55 5kg (case: 39x 3.5x 3.5cm) $230.00 $264.50 10kg 10kg (case: 39x 3.5x 3.5cm) $233.00 $267.95 20kg 20kg (case: 39x 3.5x 3.5cm) $240.00 $276.00 Pliers Price (excl. Price (incl. Size GST) GST) Banding Pliers Small $54.00 $62.10 Banding Pliers Large $65.00 $74.75 Circlip Pliers Small $54.00 $62.10 Wing rules (made in NZ) Price (excl. Price (incl. Size GST) GST) 150mm $12.00 $13.80 300mm $20.00 $23.00 Dial Plastic Calipers Price (excl. Price (incl. Size GST) GST) 150mm $78.00 $89.70 New Zealand National Bird Banding Scheme (NZNBBS) | PO Box 108 | Wellington 6140 | email: [email protected] P a g e | 4 Price List Sept 2021: National Banding Office Mist-nets Please note that mist-nets will only be sold to NZNBBS Level 3 certified mist-netters If the mist-net you need is not listed then please contact the Banding Office with your requirements as we may be able to place a special order with our supplier. Product Mesh Height Width Price (excl. Price (incl. Material Denier /Ply Shelves # size (m) (m) GST) GST) US Nets TQ06 30mm polyester 75/2 4 2.6 6 $170.00 $195.50 TQ09 30mm polyester 75/2 4 2.6 9 $210.00 $241.50 TQ12 30mm polyester 75/2 4 2.6 12 $270.00 $310.50 TH06 38mm polyester 75/2 4 2.6 6 $165.00 $189.75 TH12 38mm polyester 75/2 4 2.6 12 $245.00 $281.75 Japanese Nets JTX 30mm Nylon 75/2 4 2.6 6 $150.00 $172.50 HTX 30mm Nylon 75/2 4 2.6 12 $190.00 $218.50 GTX 24mm Nylon 70/2 4 2.6 6 $155.00 $178.25 Specialty Nets – limited stock THX12 38mm Polyester 75/2 2 1 12 $83.00 $95.45 RT06 60mm nylon 110/2 4 2.6 6 $104.00 $119.60 RT09 60mm nylon 110/2 4 2.6 9 $140.00 $161.00 CT12 60mm nylon 210/2 4 2.6 12 $168.00 $193.20 HF06 100mm nylon 210/2 4 2.6 6 $106.00 $121.90 HF09 100mm nylon 210/2 4 2.6 9 $142.00 $163.30 HF12 100mm nylon 210/2 4 2.6 12 $157.00 $180.55 DF506 100mm nylon 210/4 5 3 6 $127.00 $146.05 DF509 100mm nylon 210/4 5 3 9 $155.00 $178.25 DF518 100mm nylon 210/4 5 3 18 $244.00 $280.60 DV06 127mm nylon 210/4 4 2.6 6 $111.00 $127.65 DV09 127mm nylon 210/4 4 2.6 9 $136.00 $156.40 DV12 127mm nylon 210/4 4 2.6 12 $168.00 $193.20 CH18 38mm Nylon 50/2 4 2.6 18 $312.00 $358.80 HI12 25mm Nylon 50/2 4 2.6 12 $208.00 $239.20 Mesh 24 Mesh 30 12 x 12 15 x 15 Mesh 38 mm mm 19 x 19 mm Mesh 60 30 x 30 mm Mesh 100 50 x 50 mm New Zealand National Bird Banding Scheme (NZNBBS) | PO Box 108 | Wellington 6140 | email: [email protected] P a g e | 5 Price List Sept 2021: National Banding Office Bird Bander’s Manual This Best Practice Guideline is being revised.
Load more

Recommended publications
  • NFBB Vol. 21 1946
    Issued Quarterly by the Western Bird-Banding Association The Editors Resign New Members: A Bigger and Better W.B.B.A. Banded Gulls Pioneer OI~ithologist - Joseph Mailliard Results from Wildlife Service Files of Banded Robins Band-tailed Pigeons Nest in Colorudo Bandlng Activities with Birds of Prey in 1944 and 1945 Dea.d Owls and Mou.rning Doves Not How Many but How Rare California Blue Grosbeaks at Pomona Annual Report - 1945 Banders Who Reported for the Year 1945 Notes on Colorado Birds Banders at the Mission Nest Parasites Band Records Lost Traps Made Available Co-editors of the ~ President of W.E.B.A --- F. G. Crawford Mary M. Erickson, Santa Barbare'J Calif. 2782 Glen Avenue, Altadena, California Frank M. Erickson, Santa Barbara, Calif. Address all contributions to the ~ to Mrs. M. C. Sargent, P. O. Box 109, La Jolla, California At the request of P~esident F. G. Crawfo~d and with due modesty, the Editors give place to the following statement: "At its January meeting, the councillo!'s of W.E.B.A. extended to me the privilege of voicing their gratitude for the faithful and excellent editorial work that Dr. Mary M. Erickson and Dean Frank M. Erickson have devoted to the ~ for the past five years. It is certain that the entire membership of the Association joins the Council in this appreciution. We deeply regret that the co-editors find it necessary to conclude their editorial duties with this issue. "That the News hus continued to grow in quality is solely due to the efforts of our co-editors.
    [Show full text]
  • Dear Parents/Carers, F2 Lilac Pink Red Year 1 Yellow Blue Green
    Dear Parents/Carers, Over the next few weeks, we will be making changes to the system we use to grade the reading books that the children bring home. All books Lilac will be placed in a colour band and will no longer be given a number or F2 Pink stage. The same system will be used throughout the school, making it Red easier to track the children's progress. Yellow Blue Over the next week or two, we will be assessing each child’s reading level. Year 1 Green In the past, the emphasis has been on decoding skills. However, we will Orange now also be looking at their comprehension, because reading success Turquoise depends not only on being able to read the words but also on their Purple understanding. This also means that children need to use the punctuation Gold to make sense of the text. When we assess the children, we will be Year 2 White analysing their errors to understand what their next steps are. Obviously, this will take some time for us to get to grips with, so we hope that you Year 3 will be understanding while we get round every child. You might feel that Lime your child has ‘gone down a level’. Please be assured that this is not the Year 4 case, because we are also looking at comprehension. Brown Year 5 The colour band system begins with lilac books. These books have no Grey words and will be given to those children who are getting ready to read. Dark Blue Lilac books can be used to teach a child how books work and to encourage Year 6 Burgundy them to tell a story using the pictures.
    [Show full text]
  • P0395-P0400.Pdf
    TheCondor95:395-400 0 The Cooper Omthological Soaety 1993 AN EXPERIMENTAL TEST OF THE CONTRASTING-COLOR HYPOTHESIS OF RED-BAND EFFECTS IN RED-WINGED BLACKBIRDS ’ KAREN J. METZ AND PATRICK J. WEATHERHEAD Department of Biology, Carleton University,Ottawa, Ontario KlS 5B6, Canada Abstract. We performed an experiment to investigate effects of red leg bands on the behavior of male Red-winged Blackbirds(Agelaiusphoeniceus). We presentedmodels having either black, blue, or red leg bands to territorial male Red-winged Blackbirds to test the hypothesisthat any color of band that contrastswith the color of the legsmakes an individual appear abnormal or unhealthy and therefore subject to attack. Overall, territorial males respondedequally aggressivelyto the black- and blue-banded models, but spent more time at distancesgreater than 10 m, displayedat lower intensities, and took longer to attack when the model was given red bands. Thus, red bands appearedto make the model initially more threatening to territorial male Red-winged Blackbirds. These results do not support the contrasting-color hypothesis and suggestthat the effect of red bands is attributable to the bands matching the color of the male’s epaulets. The failure of the contrasting-color hy- pothesisalso leaves unresolvedthe different outcomesof one previous experiment showing a negative effect of red bands, and two analysesof long-term banding studiesthat detected no effect of red bands. Key words: Red-wingedBlackbird; Agelaius phoeniceus;epaulets; colored bands. INTRODUCTION than red-banded males with smaller epaulets We recently demonstrated that red leg bands se- (Metz and Weatherhead 199 1). The causeof the verely reduced the ability of male Red-winged territory loss appeared to be increased and more Blackbirds(Ageluiusphocnicrus) to maintain their persistent intrusion by other males, particularly territories, unlike black bands which had no no- territorial neighbors.
    [Show full text]
  • Color Change in Hughes's Celluloid Leg Bands
    j. Field Ornithol., 66(2):289-295 COLOR CHANGE IN HUGHES'S CELLULOID LEG BANDS GERALD D. LINDSEY, KAREN A. WILSON AND CHRISTINA HERRMANN National BiologicalSurvey Alaska Science Center Hawaii Field Station P.O. Box 44 Hawaii National Park, Hawaii 96718 USA Abstract.--Colorchange was recorded in 10 colorsfor 237 Hughescelluloid bands attached to the tarsi of 84 birds for up to 5 yr and for 45 celluloid bands exposedto natural sunlight on Mauna Kea, Hawaii. Colors of four solid-coloredbands (mauve, light green, yellow and black) and two split-coloredbands (orange/dark green and dark blue/white) attached to free-flyingbirds were still recognizable->3 yr. Within 2-3 yr, light blue, orange and red solid- colored bands and a red/white split-coloredband had faded and could be confusedwith other colors.For studies--<2 yr, most Hughes celluloid bands retained enough color to be recognizedunder field conditions.For long-termstudies, biologists should select only those colorsthat can be recognizedfor the duration of the studyor useanother type of color band that is more resistantto fading or discoloration. CAMBIO EN COLORACION DE BANDAS HUGHES Sinopsis.--Seencontr6 cambio en la coloraci6nde 237 bandasplfisticas Hughes de 10 colores diferentesque estuvieroncolocadas pot cinco aftosen el tarsode 84 pfijarosy de 45 bandas expuestasa la luz natural en Mauna Kea, Hawaii. Bandasde cuatro coloress61idos y de dos coloresmixtos pudieron ser reconocidasluego de haber estadopor m'fisde 3 aftos en las patas de avessilvestres. No obstante, entre 2-3 aftos,las bandas de colores s61idoscomo el azul p'filido,anaranjado, rojo y bandasde coloresmixtos como el rojo/blanco hab/an cam- biado hastael punto de poder set confundidascon otros colores.Para estudios<2 aftos,las bandasHughes retienen el suficientecolor para poder set reconocidasen traba.jos de campo.
    [Show full text]
  • Effects of Different Marking Techniques on the Fitness of Avian Species
    Effects of different marking techniques on the fitness of avian species. Abstract In science it is of great importance to differentiate individuals in certain experiments on animals. There are many marking techniques for identification of these individuals, and before, scientists did not assume that these techniques would interfere with their results. However, recent studies have shown that markings may affect certain aspects of an animal’s fitness. Therefore, in this literature study, I examine the possible effects different markings may have on the fitness of avian species. I found that there are some physical effects, affecting the animal’s reproductive success and mortality. Many effects due to certain markings techniques may influence one another. In some of the cases, we can differentiate between effects on mortality and reproductive success, but it is difficult to specify the cause of these effects. There was also substantial impact found of different colors of markings, mainly on sexual communication and communication with competitors, thereby affecting reproductive success of birds. Findings lead to the hypothesis that colors naturally occurring on a birds plumage or soft parts is perceived as an exaggeration of an attractive trait, so therefore perceived as more attractive, unless the concerning color is present in a congener’s plumage or soft parts, indicating the possibility that color preference may play its role in the evolution of species recognition. It should be acknowledged that marking techniques may indeed have effects in certain avian species, and may therefore compromise the accuracy of acquired data. To minimize physical effects, the marking should be of proper size, suitable for the species of interest.
    [Show full text]
  • Nemoralis Shell Polymorphism in the Pyrenees Over Five Decades
    1 Qualitative and quantitative methods show stability in patterns of Cepaea 2 nemoralis shell polymorphism in the Pyrenees over five decades 3 Daniel Ramos-Gonzalez*1 and Angus Davison2 4 School of Life Sciences, University Park, University of Nottingham, NG7 2RD, UK. 5 1. Email: [email protected], https://orcid.org/0000-0003-4497-6374 6 2. Email: [email protected], https://orcid.org/0000-0003-2554-8585 1 7 Abstract 8 One of the emerging strengths of working with the land snail genus Cepaea is that historical 9 collections can be compared against modern day samples, for instance to understand the 10 impact of changing climate and habitat upon shell morph frequencies. However, one 11 potential limitation is that prior studies scored shell ground colour by eye, usually in the field, 12 into three discrete colours yellow, pink or brown. This incurs both potential error and bias in 13 comparative surveys. In this study, we therefore aimed to use a quantitative method to score 14 shell colour, and evaluated it by comparing patterns of C. nemoralis shell colour 15 polymorphism, using both methods on present day samples, and against historical data 16 gathered in the 1960s using the traditional method. The Central Pyrenees were used as an 17 exemplar, because previous intensive surveys sometimes showed sharp discontinuities of 18 morph frequencies within and between valleys. Moreover, selective factors, such as climate 19 or the human impact in the Pyrenees, have significantly changed since 1960s. The main 20 finding was that while quantitative measures of shell colour reduced the possibility of error, 21 and standardised the procedure, the same altitudinal trends were recovered, irrespective of 22 the method.
    [Show full text]
  • Guidelines to the Use of Wild Birds in Research
    THE ORNITHOLOGICAL COUNCIL Providing Scientific Information about Birds GUIDELINES TO THE USE OF WILD BIRDS IN RESEARCH Special Publication 1997 Edited by Abbot S. Gaunt & Lewis W. Oring Third Edition 2010 Edited by Jeanne M. Fair, Editor-in-Chief Ellen Paul & Jason Jones, Associate Editors GUIDELINES TO THE USE OF WILD BIRDS IN RESEARCH Jeanne M. Fair1, Ellen Paul2, & Jason Jones3, Anne Barrett Clark4, Clara Davie4, Gary Kaiser5 1 Los Alamos National Laboratory, Atmospheric, Climate and Environmental Dynamics, MS J495, Los Alamos, NM 87506 2 Ornithological Council, 1107 17th St., N.W., Suite 250, Washington, D.C. 20036 3 Tetra Tech EC, 133 Federal Street, 6th floor, Boston, Massachusetts 02110 4 Binghamton University State University of New York, Department of Biology, PO BOX 6000 Binghamton, NY 13902-6000 5 402-3255 Glasgow Ave, Victoria, BC V8X 4S4, Canada Copyright 1997, 2010 by THE ORNITHOLOGICAL COUNCIL 1107 17th Street, N.W. Suite 250 Washington, D.C. 20036 http://www.nmnh.si.edu/BIRDNET Suggested citation Fair, J., E. Paul, and J. Jones, Eds. 2010. Guidelines to the Use of Wild Birds in Research. Washington, D.C.: Ornithological Council. Revision date August 2010 2 Dedication The Ornithological Council dedicates this 2010 revision to Lewis W. Oring and the late Abbot (Toby) S. Gaunt, whose commitment to the well-being of the birds for whom ornithologists share a deep and abiding concern has served our profession well for so many years. Toby Gaunt Lew Oring Revision date August 2010 3 Acknowledgments and disclaimer Third edition The Ornithological Council thanks the Office of Laboratory Animal Welfare of the National Institutes of Health for their financial support for the production of this revision.
    [Show full text]
  • Orbitally Forced Sphalerite Growth in the Upper Mississippi Valley District
    © 2019 The Authors Published by the European Association of Geochemistry Orbitally forced sphalerite growth in the Upper Mississippi Valley District M. Li1, H.L. Barnes1* Abstract doi: 10.7185/geochemlet.1929 Groundwater plays an important role in global water cycles and Earth’s climate system. Nevertheless, the geologic history of groundwater activity remains unclear due to limited data. Sphalerite colour banding in the Upper Mississippi Valley District (USA) is appar- ently caused by variation in oxidation state during precipitation which is controlled by the penetration of deeply circulating groundwater. Here, time series analysis of the grayscale profile of the Permian sphalerite banding in this district shows the banding correlates with Earth’s eccentricity, obliquity, and precession forcing. We have found that the astro- nomical forcing paced the fluxes of heat and precipitation and regulated the penetration of groundwater into the ore zone and thus the sphalerite banding. The results demonstrate that banding in sphalerite follows the Milankovitch climate frequencies over 104 – 105 years. Therefore, we show that groundwater has a major role in depositing the iron-rich bands of the sphalerite and, as a final corollary, that the banding itself can be used to decipher the effects of climate on groundwater variations in the global water cycle. Received 19 June 2019 | Accepted 5 October 2019 | Published 12 November 2019 Introduction was about 1 km, based on palaeostratigraphic reconstruc- tion (Rowan and Goldhaber, 1996). In essence, the banding Mississippi Valley Type deposits yield about 24% of the global recorded variability in geochemical conditions from ground- commercial zinc and lead resources (Leach et al., 2010).
    [Show full text]
  • Effects of Band Color on Survivorship, Body Condition and Reproductive Effort of Free-Living Australian Zebra Finches
    The Auk 111(1):131-142, 1994 EFFECTS OF BAND COLOR ON SURVIVORSHIP, BODY CONDITION AND REPRODUCTIVE EFFORT OF FREE-LIVING AUSTRALIAN ZEBRA FINCHES RICHARD ZANN Departmentof Zoology,La TrobeUniversity, Bundoora, Victoria, 3083 Australia ABSTRACT.--Indomesticated laboratory Zebra Finches (Taeniopygiaguttata), leg bands of certaincolors affect mate selection,parental effort, reproductivesuccess, sex ratio of offspring, and survivorship.I tested the effectsof these same colorson survivorship,body condition and reproductiveeffort of free-living Zebra Finchesover severalbreeding seasonsat two coloniesin northern Victoria,Australia. At the "Cloverlea" colony,adults of eachsex received either "attractive"or "unattractive"color bands.Nevertheless, survivorship to 12 months was not affectedby band color nor was there compellingevidence (mass, bill color and molt) for deterioratingbody conditiondue to reproductivecosts; there were no sexdifferences in survivorship.Reproductive effort eachbreeding season in thesefree-living birds may not be as great as that in some laboratory populationsbecause in nature the seasonis shorter and the intervalfor recoverycorrespondingly longer. In contrast,at the "Danaher"colony, where birds had unique color combinationsof three bands(plus one metal band), a retrospective analysisof four years of data showed that there were significanteffects of band color on reproductive effort of females;they laid more eggs if mated to males having a single red band (attractivecolor) in their combinationthan if mated to maleshaving a single light- green band (unattractive color) or bands of other colors (neutral attractiveness).They laid an extra clutch, but this did not result in significantly more fledglings and independent young being raisedby the pair. There were no band-coloror sex effectson survivorshipof adults at this colony. There were no obvious biases in the allocation of band colors or identificationof breedingpairs that might explainthe extra-clutcheffect.
    [Show full text]
  • Pa Series for Mission Critical Desktop Applications Featuring Pa242w | Pa272w | Pa302w
    NEC DISPLAY SOLUTIONS PA SERIES FOR MISSION CRITICAL DESKTOP APPLICATIONS FEATURING PA242W | PA272W | PA302W For Businesses that demand the Highest Performance 10-Bit AH-IPS Panel with Image Uniformity, GB-R LED Backlighting, Next Generation Input Options If you run a creative, design, photographic, architectural or precision engineering business that benefits from accurate imaging, you will need a display that is best suited to intense, concentrated operation cycles in terms of performance and DESIGNED FOR ARCHITECTURE, ENGINEERING, INDUSTRIAL user experience. The new NEC MultiSync PA Series offers the perfect solution. DESIGN, NDT AND PRECISION CAD FIELDS 10-bit AH-IPS Panel delivering the ultimate in image accuracy The selection of best-in-class ergonomics and a 10-bit AH-IPS Panel with GB-R backlighting and 10-bit input via DisplayPort means guaranteed outstanding 1 billion colours with 3D colour emulation look up table image and colour reproduction, but more importantly delivered improved GB-R LED for the latest mercury-free and low energy backlighting productivity. With an ideal visual working environment for your employees and source with wide gamut capability with top monitor quality, an increased initial outlay will be quickly repayed, whilst offering better TCO and comfort. Image Uniformity Control and Backlight Ageing Correction Advanced connectivity including 10 bit DisplayPort input With an initial guarantee and the NEC brand promise of trusted performance in the most demanding applications behind it, making an outlay in the best display PIP combinations, multiple input source, simultaneous viewing in its class is a wise choice for those who value continuity, consistency and 24/7 Warranty Extension precision in their working process.
    [Show full text]
  • Chromosome 2 Aberrations in Clinical Cases Characterised by High
    434 LETTER TO JMG Chromosome 2 aberrations in clinical cases characterised by high resolution multicolour banding and region specific FISH probes A Weise, H Starke, A Heller, H Tönnies, M Volleth, M Stumm, S Gabriele, A Nietzel, U Claussen, T Liehr ............................................................................................................................. J Med Genet 2002;39:434–439 he field of human cytogenetics has been through many YAC, BAC, and cosmid probes for chromosomes 2 and 9 were different stages of development, each of them improving used in combination with the MCB probe sets or separately in Tthe characterisation of structurally abnormal and/or one and two colour FISH experiments14; these probes are listed supernumerary chromosomes. The era of reliable identifica- in table 2. Moreover, a probe for all human telomeres (DAKO) tion of human chromosomes started with the invention of the was hybridised on chromosomes of case 11 and a probe banding method by Dr Lore Zech in 1968.1 The introduction of specific for the short arms of all human acrocentric fluorescence in situ hybridisation (FISH) techniques in chromosomes (midi 54, described in Mrasek et al13)was human cytogenetics by Pinkel et al2 in 1986 allowed specific applied in case 4. CGH15 was performed in cases 1, 6, and 7. staining of chromosomes and chromosomal subregions. Even Metaphase spreads were analysed using a fluorescence though G banding3 is still the gold standard against which all microscope (Axioplan 2 mot, Zeiss) equipped with appropriate molecular cytogenetic techniques are measured, this tech- filter sets to discriminate between a maximum of five fluoro- nique based on alternating light and dark bands can lead to chromes and the counterstain DAPI (diaminophenylindol).
    [Show full text]
  • Chroma Reconstruction from Inaccurate Measurements
    Chroma Reconstruction from Inaccurate Measurements Alexander Balinsky Nassir Mohammad Cardiff University, UK Cardiff University & HP Labs, UK [email protected] [email protected] ABSTRACT Non-linear filter responses of natural colour images have been shown to display non-Gaussian heavy tailed distributions which we call sparse. These filters operate in the YUV colour space on the chroma channel U (and V) using weighting functions obtained from the gray image Y. In this paper we utilise this knowledge for denoising the chroma channels of a colour image from inaccurate measurements. In our model the U (and V) elements are affected by noise, with a good version of the gray image Y obtainable through existing methods. We show that accurate reconstruction of the chroma components can be accomplished by solving an L1 constrained optimisation problem, where the sparse filter response on natural images is used as a regularization term. This scheme gives comparable results to leading commercial and state of the art denoising algorithms, and exceeds for chroma noise that does not correlate with the luminance structure. Keywords: Natural images, filter response, sparse distributions, denoising, L1 optimisation. 1 INTRODUCTION Some recent algorithms to mention include [LIU08] Denoising is a fundamental problem in image process- where the authors propose a unified framework for two ing due to the fact that images, no matter their content, tasks: automatic estimation and removal of colour noise usually contain some degree of noise. This is often re- from a single image using piecewise smooth image garded as a form of image degradation and the goal of models.
    [Show full text]