'Intermediate species' presentation slideshows

Darwin & Theory of Evolution by Natural Selection

1.05k views • 78 slides

Food Webs

Food Webs. A food web describes the feeding relations among organisms in all or part of a community Usually those feeding relations are described by a diagram linking the consumers and consumed with lines or arrows. Food Webs. Example of a food web. Food Webs.

1.11k views • 48 slides

Forest Ecology and the Forest Ecosystem

Forest Ecology and the Forest Ecosystem. Elements of Forestry. Kenneth Williams Fisheries Extension Specialist Langston University Aquaculture Extension Program. Forest Community Development. Long developmental period 35 years in the Southeastern U.S. 100 years in the Rocky Mountains.

2.36k views • 48 slides

Hominin Evolution

535 views • 36 slides

Biome Project- Tropical Forest

Biome Project- Tropical Forest. By: Alexis Bialek. Introduction. I chose this biome because I have always thought that Tropical forests were interesting and they have a lot of different characteristics to them that are cool to study. General Climate.

925 views • 31 slides

Hindered rotation?

Why no ? -H species into the enzyme? - no thermodynamic stabilization of terminal-H intermediates... - ...terminal-H corresponds to a kinetic product? But if this is true.... Can interconversion from terminal- to ? -H species take place into the protein?. Hindered rotation?.

460 views • 23 slides

Evolution

Evolution. Arguments and Counter-arguments. Goals/Objectives. I will identify the arguments for evolution. I will give examples of the arguments for evolution. I will counter arguments against evolution using scientific evidence. What is an argument?. Argument vs. Couterargument.

462 views • 19 slides

Comparing types of change in ecosystems SB4c

Comparing types of change in ecosystems SB4c. Primary vs. secondary succession. There are two main types of Ecological Succession. Primary Succession: The process of creating life in an area where no life previously existed.

287 views • 11 slides

Molecular Mechanism of Hydrogen-Formation in Fe-Only Hydrogenases

Molecular Mechanism of Hydrogen-Formation in Fe-Only Hydrogenases. Nicolai Lehnert, Department of Chemistry, University of Michigan, Ann Arbor, MI 48109. Hydrogenase models: [Fe 2 (edt)(PMe 3 ) 4 (CO) 2 (H)] + terminal and bridging hydride isomers.

118 views • 1 slides