Australian Journal of Ecology · 1986 · 46 citations · 18 references
Life SciencesEcologyEntomologyForest EntomologyInsect EcologyPlant EcologyForest Insect BiodiversityForest Insect DiversityInsect Population DynamicsSeasonal EcologyNectar AvailabilityNectar ForagingNectar Resource AvailabilityPlant Species AbundanceSeasonal Food AvailabilitySeasonal Resource Availability
Abstract The numbers of honeyeaters present at particular sites in the Jarrah forest varied significantly from month to month, with peak abundance occurring between May and September. Numbers also varied from site to site, depending upon the major plant species present. Honeyeater abundance was not limited by arthropod availability, but in many instances was closely correlated with the availability of nectar, particularly that produced by Dryandra sessilis. Large honeyeaters, such as Anthochaera chrysoptera and Phylidonyris novaehollandiae , were generally most abundant at times and sites of greatest nectar production. Small honeyeaters, such as Acanthorhynchus superciliosis , were never abundant but were present for most of the year. The production of nectar between October and December was such that more honeyeaters could have been supported than were actually present. Low numbers at these times can be explained in terms of reduced foraging efficiency that would have resulted from more widely dispersed flowers, and the possible availability of more rewarding nectar resources at other sites.
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Aims and Methods of Vegetation Ecology
A. W. Küchler, Dieter Mueller‐Dombois, Heinz Ellenberg · Geographical Review · 1976 · 7.4K citations
Agriculture, Botany, Ecology +10
P. R. Evans, Martin L. Cody · Journal of Applied Ecology · 1986 · 1.5K citations
Life Sciences, Ecology, Zoology +12
Rhythmic variations in energy metabolism.
J. Aschoff, H. Pohl · PubMed · 1970 · 500 citations
Foraging Efficiencies and Time Budgets in Nectar-Feeding Birds
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