Understanding Your Cat's Behaviour
Total Page:16
File Type:pdf, Size:1020Kb
Load more
Recommended publications
-
A Vaccination Appointment
What To Expect: A Vaccination Appointment This page is designed to give you a head's up on what you can expect when you take your pet in for his or her vaccination appointment. The page also discusses what you should expect from your veterinarian during a vaccination appointment. If you have any questions, please call your Shuswap veterinary care team at 250-832-6069. Here’s a basic rationale People and animals use antibodies to fight many viral and bacterial diseases. Your puppy or kitten will have received its first dose of disease fighting antibodies in the first 24 hours of its life, through the consumption of colostrum (first milk) from its mom, provided she was properly immunized. But these antibodies will diminish within a few short weeks. After that period of time it is up to the immune system to make those antibodies in sufficient numbers and thus create immunity. Vaccinations are given to stimulate the immune system to do exactly that. Some diseases require more immune stimulation than others to cause immunity and this is the reason why, for example, the first Rabies vaccine is good for a whole year, whereas the first Parvo or Distemper virus vaccination is only good for about 4 weeks. Currently, the general recommendation is to administer a series of three puppy at 8, 12 and 16 weeks of age with periodic booster vaccinations thereafter and for kitten vaccinations, two vaccinations at 8 and 12 weeks. Your veterinarian will help you work out an appropriate schedule specifically for your pet, as well as what diseases to vaccinate against. -
Feline Asthma
Avacta Animal Health Update: Feline Asthma Feline asthma is a common inflammatory disease of the lower airway affecting approximately 1-5% of the cat population and is believed to be triggered by aeroallergens1,2. The median age of presentation is at 4-5 years of age although, it is thought many cats presenting at this time will already have a long-term history of the disease, so the actual age of onset could well be significantly younger2. Clinical signs are variable and are sometimes categorised as acute, where episodic severe respiratory distress on expiration is seen, or as chronic, where more persistent wheezing and coughing of various degrees of severity may be observed1. However, approximately 10-15% of cases will present with a history of vomiting or paroxysmal hacking and coughing. This may result in a diagnostic work-up for gastrointestinal conditions such as hairballs, rather than one for respiratory issues2. Some cats with a history suggestive of asthma may be asymptomatic at the time of presentation. In these patients gentle tracheal palpation will often easily elicit a cough2. The subtly of clinical signs in some cats with chronic disease means the condition can remain undiagnosed for a significant period of time. This delay allows progression of pathological changes within the lung tissue2. Even with a thorough diagnostic respiratory investigation, discriminating feline asthma from other lower airway disorders (including chronic bronchitis and parasitic, infectious, cardiac or neoplastic conditions) is difficult which is, at least in part, why there are relatively few clinical trials into therapeutics for the disease1-3. Diagnosis is usually through a combination of history, clinical signs, thoracic radiography, exclusion of respiratory parasites, bronchoalveolar lavage cytology and response to trial therapy with bronchodilators and glucocorticoids1. -
Microcebus Murinus)
Sex-specific differences in dispersal propensities and their consequences for grey mouse lemurs (Microcebus murinus) D i s s e r t a t i o n zur Erlangung des Doktorgrades der Mathematisch‐Naturwissenschaftlichen Fakultäten der Georg‐August‐Universität zu Göttingen vorgelegt von Susanne Schliehe‐Diecks aus Glandorf Göttingen 2012 Referent: Prof. Dr. Peter M. Kappeler Korreferent: Prof. Dr. Eckhard W. Heymann Tag der mündlichen Prüfung: 16.07.2012 Grey mouse lemurs (Microcebus murinus), nocturnal, solitary active primates CONTENTS CONTENTS GENERAL INTRODUCTION........................................................................................................1 CHAPTER 1: DISPERSAL MOVEMENTS Walk the line – Dispersal movements of gray mouse lemurs………..............................11 with Manfred Eberle and Peter M. Kappeler Behavioral Ecology & Sociobiology (2012): in press CHAPTER 2: PROXIMATE MECHANISMS OF NATAL DISPERSAL Ready to go? On the relationship between natal dispersal and body mass in gray mouse lemurs (Microcebus murinus)...............................................................37 with Manfred Eberle and Peter M. Kappeler Behavioral Ecology: submitted CHAPTER 3: SEX‐SPECIFIC BEHAVIOURAL DIFFERENCES On the application of mixed hidden Markov models to multiple behavioural time series....................................................................................................................57 with Peter M. Kappeler and Roland Langrock Interface Focus (2012) 2: 180‐189 CHAPTER 4: CONSEQUENCES OF NATAL DISPERSAL The -
When Should a Territory Resident Attack?
ANIMAL BEHAVIOUR, 2001, 62, 749–759 doi:10.1006/anbe.2001.1799, available online at http://www.idealibrary.com on When should a territory resident attack? PAUL V. SWITZER*, JUDY A. STAMPS† & MARC MANGEL‡ *Department of Biological Sciences, Eastern Illinois University †Section of Evolution and Ecology, University of California, Davis ‡Department of Environmental Studies, University of California, Santa Cruz (Received 10 August 2000; initial acceptance 2 October 2000; final acceptance 15 March 2001; MS. number: A8855) Models of territorial defence tend to omit two characteristics of many territorial systems: repeated intrusions by the same individual and the learning processes of residents and intruders. Here we present state-dependent, dynamic models of feeding territories, designed to investigate temporal patterns of resident aggression towards intruders that are capable of spatial learning. We compare two types of models: (1) a nomadic intruder model, in which intruders never visit the same territory twice, and (2) a single, repeat intruder model, in which an intruder may repeatedly intrude into a given territory but is less likely to do so after being attacked. These two models produce qualitatively and quantitatively different patterns of aggression by residents. For instance, residents with intruders that may repeatedly intrude have high initial attack rates, regardless of initial probability of intrusion, but their attack rates decline over time. In contrast, residents in the nomadic intruder model do not attack intruders if intrusion rates are moderately high, and their attack rates are constant and high for most of the period of territory tenure. In addition, residents of both nomadic and repeat intruder scenarios stopped attacking intruders for a short period before voluntarily abandoning their feeding territories. -
White-Tailed Deer Scientific Name: Odocoileus Virginianus
ODNR Division of Wildlife Life History Notes White-tailed Deer Scientific Name: Odocoileus virginianus Publication 101 (R503) Introduction with heavy, long guard hairs and a thick under- The white-tailed deer, commonly referred to coat that provides excellent insulation. White as the whitetail, is perhaps Ohio’s best-known patches are found around the eyes, on the wildlife species. It is seen in the state’s wildlife throat, belly, tail (underside), and insides of the areas, parks, and nature preserves as well as in legs. When in flight, the large white tail or flag, the backyards of rural and suburban residents. flipped up in the air can be the easiest way to The state’s only big game animal, it has pro- spot the deer. vided table fare for generations of the state’s Whitetails, especially in Ohio, are also well inhabitants from Native Americans to thou- known for their antlers. The whitetail buck grows sands of sportsmen and women today. its first set of antlers when it is a year old. Each However, the white-tailed deer hasn’t always year, a buck’s antlers begin growing in the been as abundant in the state as it is today. early spring. The developing antler is covered As a matter of fact, there was a period of time with a thick velvety skin rich with blood vessels (1904 to 1923) when the deer was absent in the and nerves. Decreasing day length in the late state. As Ohio was settled, habitat was eliminat- summer and early fall triggers many physical ed and hunting was unregulated. -
Marine Ecology Progress Series 570:233
Vol. 570: 233–246, 2017 MARINE ECOLOGY PROGRESS SERIES Published April 27 https://doi.org/10.3354/meps12073 Mar Ecol Prog Ser OPEN ACCESS Visitor noise at a nesting colony alters the behavior of a coastal seabird Rachel T. Buxton1,*, Reina Galvan1, Megan F. McKenna2, Cecilia L. White1, Victoria Seher3 1Department of Fish, Wildlife and Conservation Biology, Colorado State University, Fort Collins, Colorado 80523-1474, USA 2Natural Sounds and Night Skies Division, National Park Service, Fort Collins, Colorado 80525, USA 3Golden Gate National Recreation Area, Fort Mason, San Francisco, California 94123, USA ABSTRACT: Exposure to park visitors can disrupt animal behavior. Management strategies often aim to eliminate direct human disturbance; however, elevated visitor noise levels may remain. Coastal seabird colonies frequently overlap with scenic locations, resulting in high visitor noise and potentially altered behavior, habitat use, and fitness. We examine the impact of visitor noise on Brandt’s cormorants Phalacrocorax penicillatus at Alcatraz Island, an important nesting site and one of California’s most visited attractions. We used paired acoustic and video recorders to investigate the relationship between visitor noise levels and the behavior and relative abundance of cormorants in colonies adjacent to and far from a heavily visited building. Visitors were not visible from the cormorant colonies. At cormorant colonies adjacent to the visited building, distur- bance-related behaviors increased with visitor noise. Conversely, there was no relationship be - tween behavior and visitor noise in colonies far from the visited building. Cormorant disturbance behavior increased and abundance decreased when gulls were present at colonies adjacent to the visited building, whereas there was no relationship between gulls and behavior or abundance at colonies far from the visited building. -
Managing Your Woodland for White-Tailed Deer St
MANAGING YOUR WOODLAND FOR Managing Your Woodland for White-tailed Deer St. Paul, MN 55155-4040 Paul, St. Road 500 Lafayette SectionWildlife of Department of Natural Resources White-tailed deer are Minnesota’s most abundant Behavior and Home Range and popular big game animal with a population of White-tailed deer make seasonal changes in the White-tailed approximately one million. Through the early to mid- use and size of their home range in response to 2000’s, deer populations were at historic high levels and changing weather, food availability and cover needs. In have only recently been reduced through liberal hunting Minnesota’s northern forests an adult doe’s seasonal Deer regulations. They are found throughout Minnesota and home range is between 120-900 acres. Yearling does thrive in many diverse landscapes across the state’s more establish home ranges near their mother, while yearling than 79,000 square miles. Deer are very adaptable and bucks are more likely to establish home ranges some can be found in agricultural areas near river bottoms distance from their mother’s home range. In late and in farm woodlots, in open grass and brushland summer, adult does, fawns, and yearlings gather in landscapes, and in northern forests. An important aspect social groups, staying together through the winter and of maintaining desirable deer populations is employing spring. a hunting season harvest strategy that targets antlerless deer, and by providing the proper habitat, or food, cover, Adult bucks occupy 300-1,300 acre home ranges water, and space. By learning about the basics habitat and expand their home ranges during the fall rutting needs of deer, and through active habitat and hunting season. -
CFA EXECUTIVE BOARD MEETING FEBRUARY 4/5, 2017 Index To
CFA EXECUTIVE BOARD MEETING FEBRUARY 4/5, 2017 Index to Minutes Secretary’s note: This index is provided only as a courtesy to the readers and is not an official part of the CFA minutes. The numbers shown for each item in the index are keyed to similar numbers shown in the body of the minutes. (1) MEETING CALLED TO ORDER. .................................................................................... 3 (2) ADDITIONS/CORRECTIONS; RATIFICATION OF ON-LINE MOTIONS. ................ 5 (3) APPEAL HEARING. ....................................................................................................... 12 (4) PROTEST COMMITTEE. ............................................................................................... 13 (5) INVESTMENT PRESENTATION. ................................................................................. 14 (6) CENTRAL OFFICE OPERATIONS. .............................................................................. 15 (7) MARKETING................................................................................................................... 18 (8) BOARD CITE. .................................................................................................................. 20 (9) JUDGING PROGRAM. ................................................................................................... 29 (10) REGIONAL ASSIGNMENT ISSUE. .............................................................................. 34 (11) PERSONNEL ISSUES. ................................................................................................... -
APR 2020 Part A.Pdf
1 HZS C2BRNE DIARY – April 2020 www.cbrne-terrorism-newsletter.com 2 HZS C2BRNE DIARY – April 2020 HZS C2BRNE DIARY– 2020© April 2020 Website: www.cbrne-terrorism-newsletter.com Editor-in-Chief BrigGEN (ret.) Ioannis Galatas MD, MSc, MC (Army) PhD cand Consultant in Allergy & Clinical Immunology Medical/Hospital CBRNE Planner & Instructor Senior Asymmetric Threats Analyst Manager, CBRN Knowledge Center @ International CBRNE Institute (BE) Senior CBRN Consultant @ HotZone Solutions Group (NL) Athens, Greece Contact e-mail: [email protected] Editorial Team ⚫ Bellanca Giada, MD, MSc (Italy) ⚫ Hopmeier Michael, BSc/MSc MechEngin (USA) ⚫ Kiourktsoglou George, BSc, Dipl, MSc, MBA, PhD (UK) ⚫ Photiou Steve, MD, MSc EmDisaster (Italy) ⚫ Tarlow Peter, PhD Sociol (USA) A publication of HotZone Solutions Group Prinsessegracht 6, 2514 AN, The Hague, The Netherlands T: +31 70 262 97 04, F: +31 (0) 87 784 68 26 E-mail: [email protected] DISCLAIMER: The HZS C2BRNE DIARY® (former CBRNE-Terrorism Newsletter), is a free online publication for the fellow civilian/military CBRNE First Responders worldwide. The Diary is a collection of papers/articles related to the stated thematology. Relevant sources/authors are included and all info provided herein is from open Internet sources. Opinions and comments from the Editor, the Editorial Team or the authors publishing in the Diary do not necessarily represent those of the HotZone Solutions Group (NL) or the International CBRNE Institute (BE). www.cbrne-terrorism-newsletter.com 3 HZS C2BRNE DIARY – April -
Feline Bronchial Asthma: Treatment*
Article #2 CE An In-Depth Look: FELINE BRONCHIAL ASTHMA Feline Bronchial Asthma: Treatment* Christopher G. Byers, DVM VCA Veterinary Referral Associates, Inc. Gaithersburg,MD Nishi Dhupa, BVM, MRCVS, DACVECC, DACVIM Cornell University ABSTRACT: Treatment of feline bronchial asthma is directed toward promoting bron- chodilation, reducing inflammation, and restoring normal mucus clearance. Therefore, determining and subsequently eliminating the inciting cause(s) of feline bronchial asthma should be the therapeutic priority of veterinary practitioners. Emergency treatment, including supplemental oxygen ther- apy, glucocorticoids, β2-adrenergic agonists, and methylxanthines, is often indicated. Long-term therapy is aimed at further reducing inflam- matory cell infiltration into the tracheobronchial tree and may be accom- plished with inhalant glucocorticoids and antileukotriene medications. eline bronchial asthma is a reversible respiratory condition of the lower airways char- acterized by altered airway immunosensitivity. Many medications, including β2- Fadrenergic agonists and glucocorticoids, are available for treating acute and chronic feline bronchial asthma (see boxes on page 427; Table 1). In addition, novel therapies, most notably adjuvant magnesium and leukotriene modifiers, are currently being *A companion article on intensely investigated as therapeutic adjuncts in managing feline bronchial asthma. pathophysiology and diagnosis appears on page 418. β2-ADRENERGIC AGONISTS β2-adrenergic agonists are used extensively in treating acute -
Standard and Out-There Treatments for Feline Asthma Leah A. Cohn
Standard and Out-There Treatments for Feline Asthma Leah A. Cohn, DVM, PhD, DACVIM (SAIM) Professor, Department Veterinary Medicine and Surgery, College of Veterinary Medicine, University of Missouri, MO, USA INTRODUCTION Feline asthma is one of the most common bronchopulmonary diseases in cats and is responsible for substantial morbidity and occasional mortality. It is an IgE mediated hypersensitivity response against what otherwise would be harmless environmental aeroallergens. Exposure to an allergen allows for production of allergen-specific IgE formation. Those IgE antibodies then bind to mast cells on respiratory mucosal surfaces. Upon re-exposure to allergen, IgE on the surface of the mast cell bind allergen and send an intracellular signal to trigger mast cell degranulation. Mediators that are either immediately released from granules or later synthesized within mast cells are major contributors to signs of asthma. Inflammation in the airways leads to cellular infiltration (mostly eosinophils), increased mucus production, bronchoconstriction, and creates permanent architectural changes in the lung called airway remodeling. All of these lead to clinical signs of asthma. CLINICAL PRESENTATION OF THE ASTHMATIC CAT Any cat may have asthma, although it is most commonly diagnosed in young to middle aged cats and may be more common and/or severe in Siamese cats. Typical clinical signs include some combination of coughing, wheeze, and intermittent respiratory effort or distress. Signs are often slowly progressive but can cause severe bronchoconstriction and sudden dyspnea. Differential diagnosis for respiratory distress includes congestive heart failure or pleural effusion, while differential diagnosis for cough includes pulmonary parasites and infectious or non-infectious bronchitis. Although routine blood, urine, and fecal tests help evaluate overall health and rule out other disease, radiography and airway lavage are the most useful tests. -
Factors Affecting Breeding Territory Size and Placement of the Florida Grasshoper Sparrow (Ammodramus Savannarum Floridanus)
University of Central Florida STARS Electronic Theses and Dissertations, 2004-2019 2009 Factors Affecting Breeding Territory Size And Placement Of The Florida Grasshoper Sparrow (ammodramus Savannarum Floridanus) Jill Aldredge University of Central Florida Part of the Biology Commons Find similar works at: https://stars.library.ucf.edu/etd University of Central Florida Libraries http://library.ucf.edu This Masters Thesis (Open Access) is brought to you for free and open access by STARS. It has been accepted for inclusion in Electronic Theses and Dissertations, 2004-2019 by an authorized administrator of STARS. For more information, please contact [email protected]. STARS Citation Aldredge, Jill, "Factors Affecting Breeding Territory Size And Placement Of The Florida Grasshoper Sparrow (ammodramus Savannarum Floridanus)" (2009). Electronic Theses and Dissertations, 2004-2019. 4042. https://stars.library.ucf.edu/etd/4042 FACTORS AFFECTING BREEDING TERRITORY SIZE AND PLACEMENT OF THE FLORIDA GRASSHOPPER SPARROW (AMMODRAMUS SAVANNARUM FLORIDANUS) by JILL NICOLE ALDREDGE B.S. University of Kansas, 2000 A thesis submitted in partial fulfillment of the requirements for the degree of Master of Science in the Department of Biology in the College of Sciences at the University of Central Florida Orlando, Florida Summer Term 2009 ABSTRACT For most taxa, maximizing fitness depends on maintaining access to adequate resources. Territories provide exclusive use of resources for an individual or a family group, thus facilitating successful reproduction. The economic defensibility of a territory depends on the quality, abundance, and distribution of its resources as well as the amount of competition that an individual must endure to maintain exclusive access. The benefits of defense must outweigh the costs for territoriality to be profitable.