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  • 1
    Online-Ressource
    Online-Ressource
    Princeton :Princeton University Press,
    Schlagwort(e): Electronic books.
    Beschreibung / Inhaltsverzeichnis: No detailed description available for "Mechanistic Home Range Analysis. (MPB-43)".
    Materialart: Online-Ressource
    Seiten: 1 online resource (205 pages)
    Ausgabe: 1st ed.
    ISBN: 9781400849734
    Serie: Monographs in Population Biology Series ; v.43
    DDC: 591.50151
    Sprache: Englisch
    Anmerkung: Cover -- Title -- Copyright -- Contents -- Preface -- 1. Introduction -- 1.1. Statistical Home Range Analysis -- 1.2. Mechanistic Home Range Analysis -- 2. From Individual Behavior to Patterns of Space Use -- 2.1. Movement in One Dimension -- 2.2. Movement in Two Dimensions -- 2.3. Directed and Random Motion -- 2.4. Predicting Home Range Patterns -- 2.5. Summary -- 3. A Simple Mechanistic Home Range Model -- 3.1. Model of Individual Movement Behavior -- 3.2. Characterizing the Movement Behavior of a Red Fox -- 3.3. Equations for Patterns of Space Use -- 3.4. Solving for Patterns of Space Use -- 3.5. Predicted Red Fox Home Range -- 3.6. Coyote Home Range Patterns -- 3.7. Summary -- 4. A Model Based on Conspecific Avoidance -- 4.1. Model Formulation -- 4.2. Equations for Space Use -- 4.3. Empirical Evaluation of the Model -- 4.4. Summary -- 5. Comparative Analysis of Home Range Patterns Predicted by the Conspecific Avoidance Model -- 5.1. Predicted Patterns of Space Use -- 5.2. Border versus Hinterland Scent Marking -- 5.3. The Distribution of Scent Marks along Boundaries -- 5.4. Summary -- 6. Mathematical Analysis of the Conspecific Avoidance Model -- 6.1. Model Equations -- 6.2. Impact of the Scent-Marking Response -- 6.3. Existence of a Buffer Zone -- 6.4. Generalized Response Functions -- 6.5. Summary -- 7. The Influence of Landscape and Resource Heterogeneity on Patterns of Space Use -- 7.1. Landscape Heterogeneity -- 7.2. Resource Heterogeneity and Foraging Behavior -- 7.3. Model Predictions -- 7.4. Summary -- 8. Home Range Formation in the Absence of a Den Site -- 8.1. Model Formulation -- 8.2. Analysis -- 8.3. Summary -- 9. Secondary Ecological Interactions -- 9.1. Wolf-Deer Interactions -- 9.2. Wolf-Coyote Interactions -- 9.3. Summary -- 10. Displacement Distances: Theory and Applications -- 10.1. The Minimum Convex Polygon Method. , 10.2. Mean-Absolute and Mean-Squared Displacement -- 10.3. Summary -- 11. ESS Analysis of Movement Strategies: Analyzing the Functional Significance of Home Range Patterns -- 11.1. Evolutionarily Stable Movement Strategy for Interacting Wolf Packs -- 11.2. Analysis -- 11.3. Roles of Aggression and Signaling -- 11.4. Summary -- 12. Future Directions and Synthesis -- Appendixes -- A Derivation of the Fokker-Planck Equation for Space Use -- B Alternative Derivation of the Space Use Equation -- C Autocorrelation in Movement Direction -- D Estimating the Parameters of the Localizing Tendency Model -- E Movement with Attraction toward a Den -- F Model Fitting -- G Numerical Methods for Solving Space Use Equations -- H Displacement Distances -- I ESS Analysis Model Parameters -- References -- Index.
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  • 2
    ISSN: 1442-9993
    Quelle: Blackwell Publishing Journal Backfiles 1879-2005
    Thema: Biologie
    Notizen: Abstract  Seedling emergence in a eucalypt savanna of north-eastern Australia was documented over a 12-month period, between May 1999 and May 2000. Seedling emergence for grasses, forbs and subshrubs was found to mainly occur in a brief pulse at the start of the wet season following fire or the removal of grass biomass. Only a minor number of tree and shrub seedlings were detected overall. Burning, or cutting away the grass layer in unburnt savanna, in both the early (i.e. May) and the late (i.e. October) dry seasons significantly increased seedling emergence over undisturbed savanna that had been unburnt for 3 years. Removing the grass layer in unburnt savanna, during either the early or the late dry season, triggered similar seedling densities to savanna burnt in the early dry season. Late dry season fires promoted the greatest seedling density. We attribute this to the higher intensity, late dry season fires releasing a greater proportion of seed from dormancy, coupled with the higher density of soil seed reserves present in the late dry season.
    Materialart: Digitale Medien
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  • 3
    Digitale Medien
    Digitale Medien
    Oxford, UK : Blackwell Science Pty
    Austral ecology 30 (2005), S. 0 
    ISSN: 1442-9993
    Quelle: Blackwell Publishing Journal Backfiles 1879-2005
    Thema: Biologie
    Notizen: Abstract  The germinable soil seed bank of a tropical eucalypt savanna of north-eastern Australia was found to be dominated by grasses and forbs, with seed bank density ranging from 58 to 792 seeds per square metre, from a total of 53 species. Late dry season fires and the fire-related cues, heat shock and smoke, broke the seed dormancy of a range of tropical savanna species. Heat shock promoted the germination of the species groups natives, exotics, subshrubs, ephemeral and twining perennial forbs, and the common species Indigofera hirsuta, Pycnospora lutescens and Triumfetta rhomboidea. Exposure to smoke at ambient temperature promoted germination from the soil seed bank of the species groups combined natives, upright perennial forbs and grasses, as well as the common grasses Digitaria breviglumis and Heteropogon triticeus. The germinable soil seed bank varied seasonally, increasing from the mid wet season (February) and early dry season (May) to a maximum in the late dry season (October). The effect of recent fire history on soil seed bank dynamics was limited to the immediate release of some seed from dormancy; a reduction in seed densities of subshrubs and monocots, other than grasses, in recently burnt savanna; and enhanced seed density of the ephemeral I. hirsuta in the year following fire. The seed banks of most savanna species were replenished in the year following burning.
    Materialart: Digitale Medien
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