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Flauger, B.; Krueger, K.; Gerhards, H.; Moestl, E. |
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Measurement of glucocorticoid metabolites in horse faeces: the validation of different group specific enzymeimmunoassays and extraction methods. |
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2009 |
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Proceeding of the 102. Annual meeting of the Deutsche Zoologische Gesellschaft (DZG). |
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166 |
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Dt. Zoologische Ges |
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München |
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Cremer,S.;Schrempf,A.;Heinze,J. |
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Equine Behaviour @ team @ |
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5718 |
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Fabritius, C. |
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Sozialstruktur einer Herde Islandpferde bei Veränderung der Gruppenzusammenstellung |
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2009 |
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Die Domestikation des Pferdes begann wahrscheinlich etwa 5500 v. Chr. in
Südosteuropa. In Mitteleuropa traten circa 3000 v. Chr. die ersten Hauspferde auf.
Grundsätzlich wird davon ausgegangen, dass sich die Ansprüche des Pferdes
hinsichtlich der Lebensbedingungen, welche sich im Laufe der Evolution über
Millionen von Jahren entwickelt haben, in der Obhut des Menschen nicht wesentlich
geändert haben. Für Pferde typisch ist das Leben im Sozialverband, der Herde
(Zeitler-Feicht 2008). Diese wird auch in den Leitlinien der Sachverständigengruppe
tierschutzgerechte Pferdehaltung (10. November 1995) empfohlen, sofern es nicht
durch zu häufigen Wechsel im Bestand zu einem Übermaß an Stress und
agonistischen Aktionen kommt.
Ziel der Arbeit war es, anhand eines nach der Literatur erstellten Ethogramms des
Sozialverhaltens des Pferdes, herauszufinden, inwieweit Änderungen der
Gruppenstruktur die sozialen Beziehungen beeinflussten. Die Fragestellung bezog
sich auf eine Herde in Offenstallhaltung. Um die eventuellen Veränderungen der
sozialen Interaktionen zu untersuchen, wurde erst die vorhandene Gruppenstruktur
der Herde festgestellt. Danach wurde ein Individuum aus der Herde entfernt und ein
anderes dazugestellt. Anschließend wurde die Gesamtgruppe in zwei Untergruppen
geteilt und nach einem gewissen Zeitraum erneut zusammengeführt. Dabei wurden
jeweils die Interaktionen der Pferde anhand des Ethogramms beobachtet,
aufgezeichnet und protokolliert.
Untersuchungsgegenstand war eine Herde Islandpferde, die in einer
Ausgangsgruppe von 16 Tieren gehalten wurde.
Die Beschreibung einer sozialen Ordnung im Allgemeinen und einer Rangordnung im
Besonderen wird in vielen Studien ausschließlich auf der Basis der Beobachtung und
Bewertung offensiv aggressiver Verhaltenselemente durchgeführt. Aggressives
Verhalten muss hingegen im Gegensatz zu Verhaltensweisen, die die Anerkennung
des sozialen Status des anderen Pferdes bedeuten, wie Abwenden oder Meiden,
nicht notwendigerweise ein Anzeichen von Dominanz über ein anderes Tier
bedeuten (Van Hoof u. Wensing 1987, Schilder 1988). Ein weiterer Aspekt dieser
Arbeit sollte sein, eine Möglichkeit zu finden, die Sozialstruktur auch auf der
Grundlage defensiver und soziopositiver Verhaltenselemente zu definieren. |
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Ph.D. thesis |
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Hannover |
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Equine Behaviour @ team @ |
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5727 |
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McGreevy, P.D.; Oddie, C.; Burton, F.L.; McLean, A.N. |
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The horse–human dyad: Can we align horse training and handling activities with the equid social ethogram? |
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Journal Article |
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2009 |
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The Veterinary Journal |
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Special Issue: Equitation Science |
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181 |
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1 |
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12-18 |
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Horse training; Social inter- and intra-specific communication; Learning; Counter–predator behaviour |
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This article examines the recently completed equid ethogram and shows how analogues of social interactions between horses may occur in various human–horse interactions. It discusses how some specific horse–horse interactions have a corresponding horse–human interaction – some of which may be directly beneficial for the horse while others may be unusual or even abnormal. It also shows how correspondent behaviours sometimes become inappropriate because of their duration, consistency or context. One analogue is unlikely to hold true for all horse–human contexts, so when applying any model from horse–horse interactions to human–horse interactions, the limitations of the model may eclipse the intended outcome of the intervention. These limitations are especially likely when the horse is being ridden. Such analyses may help to determine the validity of extrapolating intra-specific interactions to the inter-specific setting, as is advocated by some popular horse-training methods, and highlight the subsequent limitations where humans play the role of the ‘alpha mare’ or leader in horse handling and training. This examination provides a constructive framework for further informed debate and empirical investigation of the critical features of successful intra-specific interactions. |
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1090-0233 |
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Equine Behaviour @ team @ |
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5729 |
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Zeitler-Feicht, M.H.; Streit, S.; Dempfle, L. |
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Abrufautomaten für Pferde im Offenlaufstall im Vergleich – Besuchshäufigkeit, Aufenthaltsdauer und Anzahl an Auseinandersetzungen [A comparison of automatic feeding systems for horses in run-out-sheds – frequency of visit, duration of stay and number of conflicts] |
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Book Chapter |
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2009 |
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KTBL-Schrift |
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479 |
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In 32 Offenlaufställen mit computergesteuerten Abrufstationen wurden die Aufenthaltsdauer
und Besuchshäufigkeit sowie das Droh- und Meideverhalten von 439 Pferden im
Füttererungsbereich erfasst. Je Betrieb erfolgten visuelle kontinuierliche Direktbeobachtungen
nach dem Tortenstückverfahren (6 x 4 Stunden) für je einen 24-Stunden-Tag.
Ziel war die Überprüfung der verschiedenen Bauausführungen der Abrufstationen unter
dem Aspekt der Tiergerechtheit. Eine Einwegstation reduzierte signifikant die Anzahl an Auseinandersetzungen
im Fütterungsbereich. Demgegenüber führten die für das fressende Pferd
tiergerechten Varianten (Fressstand mit Eingangssperre und ohne Austreibehilfe) zu einer
Erhöhung der Besuchshäufigkeit und Aufenthaltsdauer und somit auch zu einer erhöhten
Anzahl an Drohgesten. Doch insgesamt betrachtet, kann die Anzahl an sozionegativen
Interaktionen im Fütterungsbereich der Abrufstationen als relativ gering eingestuft werden.
Da sich außerdem der Betrieb (Management, Fläche, Konzeption) als maßgeblicher Einflussfaktor
auf die überprüften Parameter erwies, dürften die Unterschiede in der Bauausführung
der derzeitigen Abrufstationen für Pferde eher von untergeordneter Bedeutung sein.
[Duration of stay, frequency of visit, threatening gestures and behaviour of avoidance of
439 horses was observed at the feeding area of 32 run-out-sheds. The observation was based
on the method of visual continuously direct watching after the pie chart system (6 x 4 hours)
over a period of 24 hours. The observation should show which construction of the different
automatic feeding systems corresponded best under the aspect of animal welfare.
It was obvious that the one-way-station reduced significantly the number of conflicts
in the feeding area, whereas those systems which are appropriate for the eating horses
(feeding station with access barrier and without stimulation device by electric shock) led
to a higher frequency of visits and duration of stay as well as to more threatening gestures.
Considering altogether, the number of negative interactions in the feeding area of the feeding
systems can be classified as comparatively unimportant. As it showed that the stable
(management, stable area, conception) was of important influence on the surveyed parameters,
the differences between the constructions of feeding stations for horses of present
systems are probably of less meaning.] |
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5775 |
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Niederhöfer Simone |
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Stressbelastung bei Pferden in Abhängigkeit des Haltungssystems [Stress in horses in connection with husbandry systems] |
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2009 |
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PhD |
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Pferdegerechte Haltungssysteme spielen bei der heutigen Nutzung des Freizeit- oder Sportpartners Pferd eine wichtige Rolle, da naturnahe Haltungsbedingungen nur in seltenen Fällen zu realisieren sind. Sämtliche Aufstallungsformen müssen als Kompromiss angesehen werden und bieten somit Vor- und Nachteile. Die vorliegende Untersuchung verfolgte den Zweck, die Stressbelastung von Pferden in verschiedenen Haltungssystemen zu erfassen und vergleichend zu beurteilen. Während der von Mai 2006 bis Juli 2007 durchgeführten Versuche wurden 24 zwei- bis dreijährige Hannoveranerstuten für jeweils 4 Wochen in insgesamt 6 verschiedenen Haltungsformen aufgestallt. Die Haltungsvarianten beinhalteten die Einzelbox (Variante 1), die Einzelbox mit einem frei zugänglichem Paddock (Variante 2), die gemeinsame Haltung von zwei Pferden in zwei Boxen und einem angeschlossenen frei zugänglichem Auslauf (Variante 3) und die Gruppenhaltung von 6 Pferden in einer Mehrraumauslaufhaltung (Variante 4 – 6). Die Haltungsvariante 4 differierte von den Varianten 5 und 6 durch seinen ungegliederten Liegebereich. In den Variante 5 und 6 wurde der Liegebereich der Gruppenhaltung durcheine über die halbe Breite reichende Trennwand in zwei Bereiche unterteilt. Die Trennwand befand sich in Haltungsvariante 5 im rechten Winkel an die Außenwand grenzend, während sie in Variante 6 an der der Stallgasse zugewandten Seite des Liegebereichs aufgestellt wurde. Um eine Vergleichbarkeit mit einem Reitpferd zu schaffen, wurden alle Pferde in allen Haltungssystemen täglich für circa eine Stunde in einer Freilaufanlage bewegt. Die Stressbelastung wurde mittels der Messung der Herzfrequenzvariabilität (Parameter pNN50 und SD1) und der Bestimmung fäkaler Cortisolmetaboliten erfasst. Zusätzlich wurden Videoauswertungen hinsichtlich der Beobachtung von Verhaltensauffälligkeiten in den Haltungsvarianten 1 und 2 durchgeführt. Die durchschnittlich niedrigste Stressbelastung erfuhren die Pferde durch die Haltungsvarianten 4 (pNN50: 46,32 %, SD1:158,58 ms, Cortisolmetaboliten: 21,01nmol/kg Kot) und 6 (pNN50: 47,1 %, SD1: 144,62 ms, Cortisolmetaboliten: 21,01 nmol/kg Kot). DieAuswertung der pNN50- und Cortisolmetabolitenwerte ergab die größte Stressbelastung der Pferde in den Varianten 1 (pNN50: 42,81 %, SD1: 134,52 ms, Cortisolmetaboliten: 28,56 nmol/kg Kot) und 3 (pNN50: 42,41 %, SD1: 135,36, Cortisolmetaboliten: 28,60 nmol/kg Kot). Die Auswertung der SD1-Werte zeigte zusätzlich noch eine hohe Stressbelastung der Pferde in der Variante 5 (pNN50: 44,83 %, SD1: 119,24 ms, Cortisolmetaboliten: 27,18 nmol/kg Kot). Die Haltungsvariante 2 (pNN50: 45,77 %, SD1: 144,25 ms, Cortisolmetaboliten: 27,59 nmol/kg Kot) beziehungsweise die Varianten 2 und 5 (bei der Betrachtung der pNN50- und der Cortisolmetabolitenwerte) verursachten im Durchschnitt eine mittlere Stressbelastung. Teilweise waren die Unterschiede jedoch zu gering um die Signifikanzgrenze zu überschreiten. Die Betrachtung der einzelnen Pferde und der Pferdegruppen ergab große interindividuelle Unterschiede und deutliche gruppenspezifische Gemeinsamkeiten. Die Position eines Tieres in der Rangordnung hatte in diesen Untersuchungen bei der Betrachtung der Mittelwerte keinen Einfluss auf die Stressbelastung in Abhängigkeit derHaltungsvariante. Vielmehr zeigten sich auch hier deutliche individuelle Unterschiede in der Stressanfälligkeit und den Vorlieben der einzelnen Pferde bezüglich der verschiedenen Haltungssysteme. Die Analyse der Videoaufzeichnungen ergab, dass mehrere Pferde Kreisbewegungen in der Einzelbox ohne Auslauf (Variante 1) zeigten, während in der Variante 2 (Paddockbox) kein Pferd durch Kreisbewegungen auffiel. Andere Verhaltensauffälligkeiten oder gar Verhaltensstörungen wurden nicht beobachtet. Bei der Auswertung der Aufenthaltshäufigkeit und der Aufenthaltesdauer in den 4 Boxenquadranten zeigten sich einige Pferde sehr aktiv, was ein Hinweis auf eventuelle Unruhe oder Nervosität sein kann, während andere Pferde im Vergleich zum Gruppendurchschnitt sehr ruhig wirkten, da sie sich in der Box kaum bewegten und über lange Zeitabschnitte in einem Quadranten standen. Obwohl die Gruppenhaltung für die Mehrzahl der Pferde eine geringere Stressbelastung bedeutete und auch hinsichtlich des Bewegungs- und Sozialverhaltens am artgerechtesteneinzustufen ist, sollte für jedes Pferd individuell unter Berücksichtigung seines Alters, seiner Rasse, seines Nutzungsgrades, aber vor allem seines Charakters und seiner Erfahrungen im Sozialverhalten ein passendes großzügig bemessenes Haltungssystem ermittelt werden, um die durch das Haltungssystem ausgeübte Stressbelastung zu minimieren und das Wohlbefinden der Pferde zu steigern.
[Horse-appropriate husbandry plays an important role in the current recreational use of sport horses, since close-to-nature husbandry conditions can only be realized in rare cases. All forms of stables must be seen as a compromise and thus offer both advantages and disadvantages. The current studies were aimed at documenting and comparatively judging the stress on horse in various husbandry systems. In the studies conducted from May 2006 to July 2007, 24 two- to three-year old Hanover mares were each kept for four weeks in a total of six different types of husbandry. The husbandry forms included the single box (Variation 1), single box with a freely accessible paddock (Variation 2), the common keeping of two horses in two boxes and an attached freely accessible yards (Variation 3) and group husbandry of six horses in a multi-room yards husbandry facility (Variations 4-6). Husbandry Variation 4 differs from Variations 5 and 6 through its non-divided lying area. In the Variations 5 and 6, the lying area of the group is divided through a dividing wall extending over half the width of the area. The dividing wall in husbandry variation 5 was at a right angle to the external wall, while in Variation 6 it was placed on the stable passage side of the lying areas. In order to create comparability with riding horses, all horses in the husbandry systems were moved for about one hour on an area in a free yard. The stress level was measured on the basis of heart frequency variability (Parameter pNN50 and SD1) and the determination of faecal Cortisol metabolites. In addition video evaluations were made of conspicuous behaviour in the Variations 1 and 2. The average lowest stress was experienced by the horses in Variation 4 (pNN50: 46.32 %, SD1: 158.58 ms, Cortisol metabolites: 21.01 nmol/kg faeces) and 6 (pNN50: 47.1 %, SD1: 144.62 ms, Cortisol metabolites: 21.01 nmol/kg faeces). The evaluation of the pNN50 and the Cortisol metabolite values resulted in the greatest stress for the horses in Variation 1(pNN50: 42.81 %, SD1: 134,52 ms, Cortisol metabolites: 28,56 nmol/kg faeces) and 3 (pNN50: 42.41 %, SD1: 135.36 ms, Cortisol metabolites: 28.60 nmol/kg faeces). The evaluation of the SD1 values also showed additional stress for the horses in Variation 5 (pNN50: 44.83 %, SD1: 119.24 ms, Cortisol metabolites: 27.18 nmol/kg faeces). Variation 2 (pNN50: 45.77 %, SD1: 144.25 ms, Cortisol metabolites: 27.59 nmol/kg faeces) or rather the Variations 2 and 5 (in observing the pNN50- and Cortisol metabolite values) caused on average a medium stress level. Sometimes the differences were too low to exceed the level of significance. The observation of individual horses and groups of horses resulted in great inter-individual differences and clear group-specific points in common. The position of the horse in the animal hierarchy had no influence on the stress on the animals in this study. Much more, the clear individual differences in susceptibility to stress and a preference of the individual horses for different husbandry systems. The analyses of the videos show that more horses showed circular movements in the single stable without a yard (Variation 1), while in Variation 2 no horse was conspicuous with circular movements. Other conspicuous or disturbed behaviour was not observed. In the evaluation of the frequency and duration of presence in the four quadrant boxes, some horses were very active, a sign of possible excitement or nervousness, while other horses appeared very quiet in comparison to the group average, since they hardly moved in the box and stood in the quadrants for longer periods of time. Although the group husbandry presented less stress for the majority of the horses, also in regard to the most animal appropriate movement and social behaviour, an individual evaluation of each horse should be made considering his age, race, and type of use, but above all considering his character and experiences in social behaviour in the appropriate husbandry system in order to minimize the stress caused by the husbandry system and to increase the horse’s well-being.] |
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Ph.D. thesis |
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Tierärztliche Hochschule Hannover |
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Hannover |
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Equine Behaviour @ team @ |
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5960 |
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Author |
von Peinen, K.; Wiestner, T.; Bogisch, S.; Roepstorff, L.; Van Weeren, P.R.; Weishaupt, M.A. |
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Title |
Relationship between the forces acting on the horse's back and the movements of rider and horse while walking on a treadmill |
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Year |
2009 |
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Equine Veterinary Journal |
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41 |
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3 |
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285-291 |
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horse; ground reaction forces; kinematics; rider; saddle force |
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Reasons for performing study: The exact relationship between the saddle pressure pattern during one stride cycle and the movements of horse and rider at the walk are poorly understood and have never been investigated in detail. Hypothesis: The movements of rider and horse account for the force distribution pattern under the saddle. Method: Vertical ground reaction forces (GRF), kinematics of horse and rider as well as saddle forces (FS) were measured synchronously in 7 high level dressage horses while being ridden on an instrumented treadmill at walk. Discrete values of the total saddle forces (FStot) were determined for each stride and related to kinematics and GRF. The pressure sensitive mat was divided into halves and sixths to assess the force distribution over the horse's back in more detail. Differences were tested using a one sample t test (P<0.05). Results: FStot of all the horses showed 3 peaks (P1-P3) and 3 minima (M1-M3) in each half-cycle, which were systematically related to the footfall sequence of the walk. Looking at the halves of the mat, force curves were 50% phase-shifted. The analysis of the FS of the 6 sections showed a clear association to the rider's and horse's movements. Conclusion: The saddle force distribution during an entire stride cycle has a distinct pattern although the force fluctuations of the FStot are small. The forces in the front thirds were clearly related to the movement of the front limbs, those in the mid part to the lateral flexion of the horse's spine and the loading of the hind part was mainly influenced by the axial rotation and lateral bending of the back. Potential relevance: These data can be used as a reference for comparing different types of saddle fit. |
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Blackwell Publishing Ltd |
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Equine Behaviour @ team @ |
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5822 |
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Lonsdorf, E.V.; Ross, S.R.; Linick, S.A.; Milstein, M.S.; Melber, T.N. |
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An experimental, comparative investigation of tool use in chimpanzees and gorillas |
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Journal Article |
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2009 |
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Animal Behaviour |
Abbreviated Journal |
Anim. Behav. |
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77 |
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5 |
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1119-1126 |
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chimpanzee; gorilla; Gorilla gorilla gorilla; Pan troglodytes; social structure; tool use |
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Studies of ape tool use have been conducted in captivity since the early 1900s and in the wild since the 1960s. Chimpanzees are the most prolific tool users among the apes, and are known to use more tools than any other nonhuman animal. In contrast, reports of gorilla tool use are rare both in wild and captive settings. Studies of the processes involved in tool use learning have been limited in the wild by the lack of ability to control several unpredictable variables, and in captivity by tool use opportunities that are often presented in non-naturalistic contexts. We attempted to address both of these limitations by providing naïve subjects with a naturalistic tool use device (built to simulate a termite mound) while housed in a more natural social setting to approximate how learning would occur in the wild. Both gorillas and chimpanzees participated in the experiment to allow comparative analyses of acquisition of tool behaviour and the factors that may affect acquisition. Both species showed low frequencies of interaction with the mound in the baseline condition, before baiting with a food reward. Once baited, chimpanzees both attempted and succeeded to extract the reward more quickly than did gorillas. The number of social group members at the mound was significantly higher for chimpanzees than for gorillas and may have affected skill acquisition. We advocate that comparative approaches to skill acquisition and learning are valuable, but that researchers need to be cognizant of species differences in social structure that may affect results. |
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0003-3472 |
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Equine Behaviour @ team @ |
Serial |
5858 |
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Author |
Keeling, L.J.; Jonare, L.; Lanneborn, L. |
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Title |
Investigating horse–human interactions: The effect of a nervous human |
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Year |
2009 |
Publication |
The Veterinary Journal |
Abbreviated Journal |
Vet J |
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Volume |
181 |
Issue |
1 |
Pages |
70-71 |
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Keywords |
Behaviour; Reactivity; Heart rate; Accidents; Equitation |
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Abstract |
The heart rates (HR) of horses and the people leading them (10 horses, 20 people), and riding them (17 horses, 17 people), were recorded in an indoor arena. The horses were Swedish leisure horses of mixed ages, sex and breed. All except two of the people were female and all were of mixed age and riding experience. Each horse–human pair walked or rode between points A and B (30 m) four times on each test occasion. However, just before the fourth pass, participants were told that an umbrella would be opened as they rode, or led, the horse past the assistant. The umbrella was not opened, so this pass was no different to the previous control occasions, but nevertheless there was an increase in HR for both the person (leading, P = 0.06; riding, P < 0.05) and the horse (being led, P < 0.05; being ridden, P < 0.05). The findings indicate that analysis of HR recorded simultaneously from people and horses under different experimental handling or riding conditions presents a useful tool to investigate horse–human interactions. |
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1090-0233 |
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Equine Behaviour @ team @ |
Serial |
5908 |
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Author |
Alexandridis, A. |
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Title |
Pferdgestützte Bewegungstherapie bei Essstörungen |
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Journal Article |
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Year |
2009 |
Publication |
Mensch und Pferd |
Abbreviated Journal |
mup |
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Volume |
1 |
Issue |
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Pages |
13-26 |
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Keywords |
Pferdgestütze Bewegungstherapie, Essstörungen, Anorexia nervosa, Bulimia Nervosa, „Binge-Eating“-Störung, Natural Horsemanship |
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Abstract |
Inhalte und Methoden des Natural Horsemanship (nach Pat Parelli) werden beschrieben
und in der Verbindung mit aktuellen bewegungstherapeutischen Behandlungsmethoden
bei Anorexia nervosa, Bulimia nervosa und „Binge-Eating“-Störung dargestellt.
Diese Zusammenführung ergibt eine pferdgestützte bewegungstherapeutische Methode
zur Behandlung von Essstörungen, welche anhand konkreter Praxisbeispiele
beschrieben wird. Der Ausblick auf eine laufende Evaluationsstudie schließt den Artikel
ab. |
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no |
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Equine Behaviour @ team @ |
Serial |
5965 |
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Author |
Noti, M.; Sidler, D.; Brunner, T. |
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Title |
Extra-adrenal glucocorticoid synthesis in the intestinal epithelium: more than a drop in the ocean? |
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Journal Article |
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Year |
2009 |
Publication |
Seminars in Immunopathology |
Abbreviated Journal |
Semin. Immunopathol. |
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Volume |
31 |
Issue |
2 |
Pages |
237-248 |
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Abstract |
Glucocorticoids (GC) are lipophilic hormones commonly used as therapeutics in acute and chronic inflammatory disorders such as inflammatory bowel disease due to their attributed anti-inflammatory and immunosuppressive actions. Although the adrenal glands are the major source of endogenous GC, there is increasing evidence for the production of extra-adrenal GC in the brain, thymus, skin, vasculature, and the intestine. However, the physiological relevance of extra-adrenal-produced GC remains still ambiguous. Therefore, this review attracts attention to discuss possible biological benefits of extra-adrenal-synthesized GC, especially focusing on the impact of locally synthesized GC in the regulation of intestinal immune responses. |
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ISSN |
1863-2300 |
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no |
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Call Number |
Equine Behaviour @ team @ Noti2009 |
Serial |
6001 |
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