With these assignments of degree of forest type specialization
in hand, we then compared community-level patterns of specialization
using two approaches. First, for a given forest type, we
aggregated species lists across all sites of that type, and calculated
the median specialization scores for this set of bird species. We did
this for each forest type, and assessed overall differences among
the forest types in degree of specialization using a Kruskal–Wallis
test (p = 0.05). We compared both median specialization scores
and average species richness across each of the three pairs of forest
types (i.e., semi-deciduous mixed, semi-deciduous dense and
dense mixed) using a Mann–Whitney U-test (p = 0.05).
With these assignments of degree of forest type specializationin hand, we then compared community-level patterns of specializationusing two approaches. First, for a given forest type, weaggregated species lists across all sites of that type, and calculatedthe median specialization scores for this set of bird species. We didthis for each forest type, and assessed overall differences amongthe forest types in degree of specialization using a Kruskal–Wallistest (p = 0.05). We compared both median specialization scoresand average species richness across each of the three pairs of foresttypes (i.e., semi-deciduous mixed, semi-deciduous dense anddense mixed) using a Mann–Whitney U-test (p = 0.05).
การแปล กรุณารอสักครู่..