Captive breeding (Check all that apply)
_____ is a viable strategy whenever very few individuals of a species remain in the wild.
_____ has had limited success restoring California condor populations in the western U.S. because of reduced genetic heterogeneity.
_____ sometimes deals with low genetic variability and inbreeding.
_____ is sometimes a part of efforts to restore ecosystems to a balanced, functional state.
_____ successfully increased peregrine falcon populations.
__X__ is a viable strategy whenever very few individuals of a species remain in the wild.
_____ has had limited success restoring California condor populations in the western U.S. because of reduced genetic heterogeneity.
__X__ sometimes deals with low genetic variability and inbreeding.
__X__ is sometimes a part of efforts to restore ecosystems to a balanced, functional state.
__X__ successfully increased peregrine falcon populations.
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At the end of meiosis I
A. cells are haploid. B. cells are diploid. C. the homologous pairs are in separate cells. D. the cells are diploid and the homologous pairs are in separate cells. E. the cells are haploid and the homologous pairs are in separate cells.
In which of the following tissues would one expect to see a lot of tight junctions?
a. red blood cells b. kidney glomeruli c. epithelial tissue of the urinary bladder d. alveoli in the lungs
After the results of the chromatography and electrophoresis experiments, can you reasonably conclude that the red shell color is produced by a single red pigment whose synthesis is catalyzed by an enzyme (with an approximate mass of 45 kDa) coded for by the dominant allele?
a. Yes b. No c. You can reasonably conclude that the shell color is produced by a singlepigment, but not that it is catalyzed by an enzyme coded for by the dominantallele.
Researchers introduce DNA into plants by
using I. bacteria II. electric shocks III. chemical shocks
a. I only b. II only c. III only d. II and III e. I, II, and III