'Malaria resistance' presentation slideshows

D.2.8 Compare convergent and divergent evolution

D.2.8 Compare convergent and divergent evolution. What do humans, octopi and box jellyfish have in common?. http://www.flickr.com/photos/jlambus/2303592201/. We all have complex camera* eyes. They evolved independently in organisms only very distantly related.

414 views • 26 slides

D.2.8 Compare convergent and divergent evolution

D.2.8 Compare convergent and divergent evolution. What do humans, octopi and box jellyfish have in common?. http://www.flickr.com/photos/jlambus/2303592201/. We all have complex camera* eyes. They evolved independently in organisms only very distantly related.

401 views • 26 slides

Complex Patterns of Inheritance

395 views • 18 slides

CHARLES DARWIN proposed natural selection to explain evolution published On the Origin of Species in 1859

CHARLES DARWIN proposed natural selection to explain evolution published On the Origin of Species in 1859. 13.1. VARIATION within a population. A varied population is a POLYMORPHIC population. Not here. Yes! . Why are the jaguars varied, but not the bacteria? .

306 views • 16 slides

KEY CONCEPT Animal-like protists are single-celled heterotrophs that can move.

KEY CONCEPT Animal-like protists are single-celled heterotrophs that can move. Also called protozoa. macronucleus. contractile vacuole. food vacuole. oral groove. micronucleus. cilia. Animal-like protists move in various ways. Animal-like protists are often called protozoa.

122 views • 9 slides