59 research outputs found
Appendix D. Average weekly syrphid larvae densities from 2006 to 2008.
Average weekly syrphid larvae densities from 2006 to 2008
Syrphid fly occurrence and trait data
Spreadsheet containing trait and occurrence data for syrphid fly species. Column names are as follows: GenusSpecies = taxonomic ID, Year = sampling year, Day = Day of the year, ypr = Years post restoration (equal to -1 for non-restored state), Presence = presence/absence of species, LarvalDiet = larval diet type, AdultDiet = adult diet type, BodyLength = Ln(dorsal body length) measured from front of head to tip of abdomen, WingLength = Ln(length of wing), HeadWidth = Ln(width of head), d = level of resource specialization, abun = species abundanc
Appendix A. Native bee species collected off of flowers at control and hedgerow sites (aerial net collections).
Native bee species collected off of flowers at control and hedgerow sites (aerial net collections)
Appendix B. Effects of year, season, landscape complexity, and local complexity on maximum, mean, and minimum temperatures.
Effects of year, season, landscape complexity, and local complexity on maximum, mean, and minimum temperatures
Appendix C. Moran's index to test for spatial autocorrelation of sites for variables that responded significantly to landscape complexity.
Moran's index to test for spatial autocorrelation of sites for variables that responded significantly to landscape complexity
Appendix A. A table of pollens collected by Osmia lignaria at different sites within the agricultural-natural landscape.
A table of pollens collected by Osmia lignaria at different sites within the agricultural-natural landscape
Appendix A. A photograph showing the design of experimental cages.
A photograph showing the design of experimental cages
Appendix D. Results of the 2010 daily collection round blocked repeated-measures ANOVAs (fixed factor is treatment [removal vs. control], repeated-measures factor is month, blocking factor is site pair) for mean visitation rates of all visitors and individual taxonomic groups (Vespula pensylvanica, Apis mellifera, and Hyleaus spp.).
Results of the 2010 daily collection round blocked repeated-measures ANOVAs (fixed factor is treatment [removal vs. control], repeated-measures factor is month, blocking factor is site pair) for mean visitation rates of all visitors and individual taxonomic groups (Vespula pensylvanica, Apis mellifera, and Hyleaus spp.)
Bee visitation response variables as a function of surrounding anthropogenic land use.
<p>Bee morphotype visitation data and calculated community metrics were collected in East Contra Costa County, California. To examine in more detail the effect of anthropogenic land use on bee visitation, we created a continuous variable for land use with an index ranging from agricultural to urban land use based on proportional area of each type within a 500-axis moves from left to right, sites go from being more agricultural to more urban.</p
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