Falco Columbarius Linnaeus Merlin,Merlin Page 1
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Introduction to Merlin Entertainments Plc November 2018
INTRODUCTION TO MERLIN ENTERTAINMENTS PLC NOVEMBER 2018 MERLIN ENTERTAINMENTS PLC CONTENTS 1. Summary Investment Highlights 2. Introduction to Merlin 3. Six Strategic Growth Drivers 4. Brands and Assets 5. Financial Dynamics and Performance 6. Board and Management MERLIN ENTERTAINMENTS PLC : Introduction to Merlin Entertainments 2 SUMMARY INVESTMENT HIGHLIGHTS Exclusive, global A global leader in Structurally license to own and location based attractive operate entertainment markets LEGOLAND parks 66 million visitors, with Growth in leisure spend, Opportunity for 20 over 120 attractions in international travel and parks longer term 25 countries1 short breaks, and high (eight currently) barriers to entry Capital discipline and strong cash Successful Midway Leader in themed flow and balance roll out model accommodation sheet Exclusivity to world- c.4,000 rooms, with Group ROCE of 9.1% class third party strong roll out pipeline £315 million operating 1 Intellectual property free cash flow 1 EBITDA less Existing Estate Capex MERLIN ENTERTAINMENTS PLC : Introduction to Merlin Entertainments 3 Summary Investment Highlights PROGRESS SINCE 2013 Visitors EBITDA EPS 66.0m £474m 20.5p (+6.2m) (+22%)1 (+21%)1 >1,200 24 Tw o New accommodation New Midway attractions New LEGOLAND rooms Parks As at 30 December 2017 1 Reported currency MERLIN ENTERTAINMENTS PLC : Introduction to Merlin Entertainments 4 Summary Investment Highlights 2. INTRODUCTION TO MERLIN 5 Introduction to Merlin WORLD OF ATTRACTIONS 29 SEALIFE THE DUNGEONS LEGOLAND GARDALAND WARWICK -
Life History Account for Peregrine Falcon
California Wildlife Habitat Relationships System California Department of Fish and Wildlife California Interagency Wildlife Task Group PEREGRINE FALCON Falco peregrinus Family: FALCONIDAE Order: FALCONIFORMES Class: AVES B129 Written by: C. Polite, J. Pratt Reviewed by: L. Kiff Edited by: L. Kiff DISTRIBUTION, ABUNDANCE, AND SEASONALITY Very uncommon breeding resident, and uncommon as a migrant. Active nesting sites are known along the coast north of Santa Barbara, in the Sierra Nevada, and in other mountains of northern California. In winter, found inland throughout the Central Valley, and occasionally on the Channel Islands. Migrants occur along the coast, and in the western Sierra Nevada in spring and fall. Breeds mostly in woodland, forest, and coastal habitats. Riparian areas and coastal and inland wetlands are important habitats yearlong, especially in nonbreeding seasons. Population has declined drastically in recent years (Thelander 1975,1976); 39 breeding pairs were known in California in 1981 (Monk 1981). Decline associated mostly with DDE contamination. Coastal population apparently reproducing poorly, perhaps because of heavier DDE load received from migrant prey. The State has established 2 ecological reserves to protect nesting sites. A captive rearing program has been established to augment the wild population, and numbers are increasing (Monk 1981). SPECIFIC HABITAT REQUIREMENTS Feeding: Swoops from flight onto flying prey, chases in flight, rarely hunts from a perch. Takes a variety of birds up to ducks in size; occasionally takes mammals, insects, and fish. In Utah, Porter and White (1973) reported that 19 nests averaged 5.3 km (3.3 mi) from the nearest foraging marsh, and 12.2 km (7.6 mi) from the nearest marsh over 130 ha (320 ac) in area. -
Colorado Field Ornithologists the Colorado Field Ornithologists' Quarterly
Journal of the Colorado Field Ornithologists The Colorado Field Ornithologists' Quarterly VOL. 36, NO. 1 Journal of the Colorado Field Ornithologists January 2002 Vol. 36, No. 1 Journal of the Colorado Field Ornithologists January 2002 TABLE OF C ONTENTS A LETTER FROM THE E DITOR..............................................................................................2 2002 CONVENTION IN DURANGO WITH KENN KAUFMANN...................................................3 CFO BOARD MEETING MINUTES: 1 DECEMBER 2001........................................................4 TREE-NESTING HABITAT OF PURPLE MARTINS IN COLORADO.................................................6 Richard T. Reynolds, David P. Kane, and Deborah M. Finch OLIN SEWALL PETTINGILL, JR.: AN APPRECIATION...........................................................14 Paul Baicich MAMMALS IN GREAT HORNED OWL PELLETS FROM BOULDER COUNTY, COLORADO............16 Rebecca E. Marvil and Alexander Cruz UPCOMING CFO FIELD TRIPS.........................................................................................23 THE SHRIKES OF DEARING ROAD, EL PASO COUNTY, COLORADO 1993-2001....................24 Susan H. Craig RING-BILLED GULLS FEEDING ON RUSSIAN-OLIVE FRUIT...................................................32 Nicholas Komar NEWS FROM THE C OLORADO BIRD R ECORDS COMMITTEE (JANUARY 2002).........................35 Tony Leukering NEWS FROM THE FIELD: THE SUMMER 2001 REPORT (JUNE - JULY)...................................36 Christopher L. Wood and Lawrence S. Semo COLORADO F IELD O -
Falco Peregrinus Tunstall Peregrineperegrine Falcon,Falcon Page 1
Falco peregrinus Tunstall peregrineperegrine falcon,falcon Page 1 State Distribution Best Survey Period Copyright: Rick Baetsen Jan Feb Mar Apr May Jun Jul Aug Sep Oct Nov Dec Status: State Endangered Dakota, Florida, Oklahoma, Arkansas, Alabama, Mississippi, Louisiana, Texas, and Nevada. In Mexico, Global and state rank: G4/S1 peregrine falcon is present on the Baja Peninsula, islands of the Gulf of California, and northwestern Family: Falconidae – Falcons states of the mainland. Breeding also confirmed for eastern Cuba and the Dominican Republic (White et al. Total range: While having one of the most extensive 2002). global distributions, peregrine falcons were never abundant anywhere, due to its specific habitat State distribution: Barrows (1912) noted that the requirements and position in the food web as a top peregrine falcon was “nowhere common” and Wood predator (Hess 1991). The species was formerly (1951) called the species a rare local summer resident extirpated throughout much of its original range due to in northern counties along the Great Lakes. Isaacs exposure to organic chemicals such as DDT, and (1976) described ten historical nesting sites in Michigan: reoccupancy and restoration is still incomplete (White et Goose Lake escarpments, Huron Islands, Huron al. 2002). Three subspecies occur in North America, Mountains, and Lake Michigamme in Marquette with F. p. anatum being the subspecies that breeds in County; Grand Island and Pictured Rocks in Alger Michigan. Payne (1983) noted that F. p. tundrius is an County; Garden Peninsula of Delta County; Isle Royale occasional transient in the State. See White et al. in Keweenaw County; Mackinac Island in Mackinac (2002) and citations therein for a detailed description of County; and South Fox Island in Leelanau County. -
Syringeal Morphology and the Phylogeny of the Falconidae’
The Condor 96:127-140 Q The Cooper Ornithological Society 1994 SYRINGEAL MORPHOLOGY AND THE PHYLOGENY OF THE FALCONIDAE’ CAROLES.GRIFFITHS Departmentof Ornithology,American Museum of NaturalHistory and Departmentef Biology, City Collegeof City Universityof New York, Central Park West at 79th St., New York, NY 10024 Abstract. Variation in syringealmorphology was studied to resolve the relationshipsof representativesof all of the recognized genera of falcons, falconets, pygmy falcons, and caracarasin the family Falconidae. The phylogenyderived from thesedata establishesthree major cladeswithin the family: (1) the Polyborinae, containingDaptrius, Polyborus, Milvago and Phalcoboenus,the four genera of caracaras;(2) the Falconinae, consistingof the genus Falco, Polihierax (pygmy falcons),Spiziapteryx and Microhierax (falconets)and Herpetothe- res (Laughing Falcon); and (3) the genus Micrastur(forest falcons) comprising the third, basal clade. Two genera, Daptriusand Polihierax,are found to be polyphyletic. The phy- logeny inferred from these syringealdata do not support the current division of the family into two subfamilies. Key words: Falconidae;phylogeny; systematics; syrinx; falcons; caracaras. INTRODUCTION 1. The Polyborinae. This includes seven gen- Phylogenetic relationships form the basis for re- era: Daptrius, Milvago, Polyborus and Phalco- searchin comparative and evolutionary biology boenus(the caracaras),Micrastur (forest falcons), (Page1 and Harvey 1988, Gittleman and Luh Herpetotheres(Laughing Falcon) and Spiziapter- 1992). Patterns drawn from cladogramsprovide yx (Spot-winged Falconet). the blueprints for understanding biodiversity, 2. The Falconinae. This includes three genera: biogeography,behavior, and parasite-hostcospe- Falco, Polihierax (pygmy falcons) and Micro- ciation (Vane-Wright et al. 199 1, Mayden 1988, hierax (falconets). Page 1988, Coddington 1988) and are one of the Inclusion of the caracarasin the Polyborinae key ingredients for planning conservation strat- is not questioned (Sharpe 1874, Swann 1922, egies(Erwin 199 1, May 1990). -
Peregrine Falcon Falco Peregrinus Kingdom: Animalia FEATURES Phylum: Chordata the Peregrine Falcon Is Also Known As the Duck Class: Aves Hawk
peregrine falcon Falco peregrinus Kingdom: Animalia FEATURES Phylum: Chordata The peregrine falcon is also known as the duck Class: Aves hawk. It averages 15 to 20 inches in length (tail tip to Order: Falconiformes bill tip in preserved specimen). Like all falcons, it has pointed wings, a thin tail and a quick, flapping Family: Falconidae motion in flight. The peregrine’s dark “sideburns” ILLINOIS STATUS are distinctive. The adult has a blue-gray back, while the chest and belly are white to orange with darker common, native spots and bars. The immature falcon has the same head and facial patterns as the adult but is brown on the upper side. The lower side of the immature bird is cream-colored with brown streaks. BEHAVIORS The peregrine falcon is a migrant, winter resident and summer resident in Illinois. It was extirpated from the state, reintroduced and populations have recovered. The peregrine falcon lives in open areas, like prairies, along Lake Michigan and around other rivers and lakes, especially if large flocks of shorebirds and waterfowl are present. It has also been introduced to cities. Spring migrants begin arriving in March. These birds previously nested in adult Illinois on cliffs and in hollow trees but now may nest on ledges or roofs of tall buildings or bridge © Chris Young, Wildlife CPR structures in urban areas. Three or four, white eggs with dark markings are deposited by the female, and she incubates them for the entire 33- to 35-day, incubation period. Fall migrants begin arriving in Illinois in August. This bird winters as far south as the southern tip of South America. -
Speed of Flapping Flight of Merlins and Peregrine Falcons ’
SHORT COMMUNICATIONS 397 JANSON,C. H., J. TERBORGH,AND L. H. EMMONS. 1981. ogy of tanagersand honeycreepersin Trinidad. Auk Non-flying mammals as pollinating agentsin the Am- 88:291-322. azonian Forest. Biotropica (Suppl) 13:l-6. TODD, F. S., N. B. GALE, AND D. THOMPSON. 1973. KRUKOFF,B. A., AND R. C. BARNEBY.1974. Conspectus BreedingCrimson-rumped Toucanetsat Los Angeles of speciesof the genusErythrina. Lloydia (Cinci.) 37: Zoo. Int. Zoo Yearb. 13:117-l 20. 332-459. TOLEDO,V. M. 1974. Observations on the relationship RILEY, C. M. 1986. Foraging behavior and sexual di- between hummingbirds and Erythrina species.Lloy- morphism in Emerald Toucanets in Costa Rica. dia (Cinci.) 371482-487. M.Sc.thesis, Univ. of Arkansas, Fayetteville. WHEELWRIGHT,N. T., W. A. HABER,K. G. MURRAY,AND SKUTCH,A. F. 1944. The life history of the Prong-billed C. GUINDON. 1984. Tropical fruit-eating birds and Barbet. Auk 61:61-88. their food plants: a survey of a Costa Rican lower SNOW,B. K., AND D. W. SNOW. 1971. The feeding ecol- montane forest. Biotropica 16:173-192. The Condor88:397-398 OT ‘he Cooper Ornithological Soaety 1986 SPEED OF FLAPPING FLIGHT OF MERLINS AND PEREGRINE FALCONS ’ WILLIAM W. COCHRAN Illinois Natural History Survey,607 E. PeabodyDr., Champaign, IL 61820 ROGERD. APPLEGATE Division of Scienceand Mathematics, M120, Parkland College, 2400 W. Bradley Ave., Champaign, IL 61821 Key words: Flight; speed;Falco peregrinus;Falco col- speedsof one peregrine, in 12-min and lo-min straight umbarius; migration;flappingjlight. tracks, were 64 and 62 km/hr, respectively. In general, flight speedsreported in the literature have Flapping flight speeddata were obtained for four Merlins emphasized maximum capabilities; for the peregrine, (Falco columbarius)and six PeregrineFalcons (Falcoper- claimed by some to be the fastestbird in the world, reports egrinus)while they were being radio tracked during a mi- may sometimes have been exaggerated.Although maxi- gration study. -
Pocket Guide to Raptors of the Pembina Valley Region, Manitoba
A POCKET FIELD GUIDE TO RAPTORS OF THE PEMBINA VALLEY REGION www.arocha.ca TABLE OF CONTENTS Acknowledgements . 3 Introduction . 4 Osprey About raptors . 5 Vulture Osprey How to use this guide . 6 Turkey Vulture Glossary . 7 Vultures (Turkey Vulture) . 9 Osprey . 11 Eagles . 13 Harrier Bald Eagle . 13 Northern Harrier Golden Eagle . 15 Harriers (Northern Harrier) . 17 Eagle Accipiters . 19 Bald Eagle Sharp-shinned Hawk . 19 Golden Eagle Cooper’s Hawk . 21 Northern Goshawk . 23 Accipiter Buteos . 25 Sharp-shinned Hawk Broad-winged Hawk . 25 Cooper’s Hawk Swainson’s Hawk . 26 Northern Goshawk Red-tailed Hawk . 27 Rough-legged Hawk . 31 Falcons . 33 Falcon Buteo American Kestrel . 33 American Kestrel Broad-winged Hawk Merlin Swainson’s Hawk Merlin . 35 Gyrfalcon Red-tailed Hawk Peregrine Falcon . 37 Peregrine Falcon Ferruginous Hawk Rare raptors in the Pembina Valley Region . 39 Rough-legged Hawk Check-list of raptors . 40 Bibliography . 41 1 2 ACKNOWLEDGEMENTS INTRODUCTION Funding for this pocket guide was provided by Birds of prey have fascinated people through the the Canadian Wildlife Federation, Manitoba ages. They have appeared in the courts of kings, Tourism Secretariat and A Rocha donors. Special on the arms of falconers and have been studied thanks goes to the following people who by many biologists and scientists. For anyone provided photographs: Alfred Aug, Vic Berardi, who has grown up on the prairies, the lazy Gordon Court, Jerry Liguori, Bob Shettler, Phil circling of a hawk on a warm summer day is an Swanson, Dennis Swayze, Robert Visconti and iconic memory. Historically persecuted for their Brian Wheeler. -
Diet, Breeding Success, Detectability, and Density of the Great Horned Owl (Bubo Virginianus) at Its Northern Range Limit
Diet, breeding success, detectability, and density of the great horned owl (Bubo virginianus) at its northern range limit Item Type Thesis Authors McConnell, Madison H. Download date 02/10/2021 10:43:05 Link to Item http://hdl.handle.net/11122/10517 DIET, BREEDING SUCCESS, DETECTABILITY, AND DENSITY OF THE GREAT HORNED OWL (BUBO VIRGINIANUS) AT ITS NORTHERN RANGE LIMIT By Madison H. McConnell Thesis Submitted in Partial Fulfillment of the Requirements for the degree of Master of Science in Wildlife Biology and Conservation University of Alaska Fairbanks May 2019 © 2019 Madison H. McConnell APPROVED: Knut Kielland, Committee Chair Greg Breed, Committee Member John Shook, Committee Member Kris Hundertmark, Chair Department of Biology and Wildlife Leah Berman, Dean College of Natural Science and Mathematics Michael Castellini, Dean of the Graduate School Abstract I studied the diet, breeding success, detectability, and density of great horned owls (Bubo virginianus) in the Middle Fork of the Koyukuk Valley in Arctic Alaska. The study extended from the southern slopes of the Brooks Range to latitudinal tree line, the northern breeding limit of the species, and included what are likely to be the northernmost great horned owl nests on record (up to 68.0113 degrees north). I completed the study during the 2017 and 2018 breeding seasons, during years of high snowshoe hare (Lepus americanus) abundance. The focus of this study was to gain an understanding of how high snowshoe hare abundance influences the recruitment, diet, and distribution of this apex generalist predator, and to determine best methods of detecting great horned owls for similar studies in the future. -
1/9/2015 1 G Phylum Chordata Characteristics – May Be With
1/9/2015 Vertebrate Evolution Z Phylum Chordata characteristics – may be with organism its entire life or only during a certain developmental stage 1. Dorsal, hollow nerve cord 2. Flexible supportive rod (notochord) running along dorsum just ventral to nerve cord 3. Pharyngeal slits or pouches 4. A tail at some point in development Z Phylum Chordata has 3 subphyla W Urochordata – tunicates Z Adults are sessile marine animals with gill slits Z Larvae are free-swimming and possess notochord and nerve cord in muscular tail Z Tail is reabsorbed when larvae transforms into an adult 1 1 1/9/2015 W Cephalochordata –lancelets Z Small marine animals that live in sand in shallow water Z Retains gill slits, notochord, and nerve cord thru life W Vertebrata – chordates with a “backbone” Z Persistent notochord, or vertebral column of bone or cartilage Z All possess a cranium Z All embryos pass thru a stage when pharyngeal pouches are present Lamprey ammocoete 2 2 1/9/2015 Jawless Fish Hagfish Lamprey Vertebrate Evolution 1. Tunicate larvae 2. Lancelet 3. Larval lamprey (ammocoete) and jawless fishes 4. Jaw development from anterior pharyngeal arches – capture and ingestion of more food sources 5. Paired fin evolution A. Eventually leads to tetrapod limbs B. Fin spine theory – spiny sharks (acanthodians) had up to 7 pairs of spines along trunk and these may have led to front and rear paired fins 3 3 1/9/2015 Z Emergence onto land W Extinct lobe-finned fishes called rhipidistians seem to be the most likely tetrapod ancestor Z Similar to modern lungfish -
Merlin Migratory Species Faucon Émerillon Falco Columbarius Wingspan: M : 53 Cm to 58 Cm / F : 61 Cm to 68 Cm
Merlin Migratory Species Faucon émerillon Falco columbarius Wingspan: M : 53 cm to 58 cm / F : 61 cm to 68 cm The Merlin closely resembles the Peregrine Falcon. Its back is brown or slate-blue and its tail hosts large black bands. As with most falcons, we can see black bands under the eyes, which we call "whiskers". The female is larger than the male and the bands on / her chest are broader than his. The Merlin resides mostly in conifer forests, but can sometimes be found in open spaces. The Merlin feeds on many species of birds; it is even fast enough to catch hummingbirds! It also feeds on rodents, such as mice and rats. The Merlin has a lifespan of about 10 years. The Merlin pair often uses nests abandoned by other species, such as crows, buzzards, or squirrels. The nests are often located near a source of water. The female lays 4 to 5 eggs. The young make their first flight attempt 25 to 30 days after hatching. They still remain dependant on their parents 1 to 4 weeks afterwards. The population suffered a drastic decline in the 1950s and 1960s due to the use of harmful pesticides such as DDT. Since the banning of their use in North America, the population has increased in size, but has still not rebounded to what it was before the 1950s. Birds of prey are at the top of the food chain; this is why they are most affected by the accumulation of trace pesticides distributed through the environment, such as DDT. -
Chronic Salpingitis in Collared Forest-Falcon (Micrastur Semitorquatus - Vieillot, 1817)
ISSN 2447-0716 Alm. Med. Vet. Zoo. 12 CHRONIC SALPINGITIS IN COLLARED FOREST-FALCON (MICRASTUR SEMITORQUATUS - VIEILLOT, 1817) SALPINGITE CRÔNICA EM GAVIÃO-RELÓGIO (MICRASTUR SEMITORQUATUS - VIEILLOT, 1817) Guilherme Augusto Marietto-Gonçalves* Ewerton Luiz de Lima†, Alexandre Alberto Tonin‡ RESUMO O presente artigo notifica a ocorrência de salpingite crônica em um exemplar de Micrastur semitorquatus cativo, com sete anos de idade, ocorrido no período de seis meses após a submissão de um procedimento emergencial de ovocentese. Devido a apresentação constante de apatia e dificuldade respiratória e de um aumento de volume abdominal a ave seria analisada para a realização de uma laparotomia exploratória. No início de um procedimento anestésico, durante a indução anestésica a ave veio a óbito e no exame necroscópico encontrou-se o oviduto com aumento de tamanho e com deformação anatômica e ao analisar órgão viu-se que estava repleto de conteúdo caseoso e com duas massas ovais de aspecto pútrido. O exame histopatológico revelou um quadro de metrite no terço proximal do oviduto. Apesar de não ter sido realizado uma avaliação microbiológico o quadro observado é compatível com salpingite por colibacilose ascendente. A realização de procedimentos de ovocentese deve ser restrita devido ao risco de lesões iatrogênicas que expõem o trato reprodutivo de aves fêmeas a infecções ascendentes que ofereçam risco de vida para os animais. Palavras chave: distúrbios reprodutivos, rapinantes, Micrastur, patologia aviária ABSTRACT This scientific report notifies the occurrence of chronic salpingitis in a captive Micrastur semitorquatus, ten years old. Salpingitis occured six months after an emergency procedure (ovocentesis). Due to the persistent apathy, difficulty breathing and an increase in abdominal volume, the bird was clinically evaluated in order to perform an exploratory laparotomy.