'Biogeochemical cycle' diaporamas de présentation

Chains, Webs, & Pyramids

Chains, Webs, & Pyramids. Niche. Cycles. Biomes. Symbiosis. Environmental Issues. Chains, Webs, & Pyramids. Human Issues. Biomes. Niche. Symbiosis. Cycles. $100. $100. $100. $100. $100. $100. $200. $200. $200. $200. $200. $200. $300. $300. $300. $300. $300. $300. $400.

737 views • 73 slides

Energy flow through ecosystems

Energy flow through ecosystems. Only 5% of the solar energy that arrives on earth is captured by photosynthesis. The energy captured powers life. Trophic levels. Energy flow versus Biogeochemical cycles. A generalized biogeochemical cycle. Consumers. Producers. Decomposers.

742 views • 60 slides

Ecology Biomes and Ecosystems

Ecology Biomes and Ecosystems. Ecosystems- Matter and Energy. Primary Production. http://www.bigelow.org/foodweb/chemosynthesis.jpg. Visualizing Matter & Energy.

435 views • 43 slides

The AP Environmental Science Exam

The AP Environmental Science Exam. Part 1 --- 90 minutes ---100 multiple choice questions ----60% of test score Break --about 15 minutes Part 2 --90 minutes ---4 Free Response Questions---10 pts. each ---40% of test score. The AP Environmental Science Exam. Multiple Choice Scoring

431 views • 28 slides

Chapter 56 Ecosystems

Chapter 56 Ecosystems. Biology 101 Tri-County Technical College Pendleton, SC. Community versus an Ecosystem. Community consists of populations of all the different organisms in a defined area As applied, term descriptive of biotic entities (living organisms)

320 views • 23 slides

GEOL 446 Environmental Geology

GEOL 446 Environmental Geology. PART I FOUNDATIONS OF ENVIRONMENTAL GROLOGY. 1. Philosophy and Fundamental Concepts. 2. Earth Material and Processes. 3. Soils and Environment. Earth Materials and Processes. Learning Objectives:

369 views • 20 slides

Phosphorus Cycle

274 views • 17 slides

Chapter 5

382 views • 15 slides

ECOLOGY

272 views • 11 slides

Lesson 4: The Biogeochemical Cycle Chemical Oceanography

Lesson 4: The Biogeochemical Cycle Chemical Oceanography. Last class we learned about CO 2 in the oceans. What is the average pH in the ocean? How can increases in CO 2 affect: Ocean pH? Calcium carbonate? What substance do marine organisms use to make exoskeletons?.

99 views • 9 slides

Lesson 4: The Biogeochemical Cycle Chemical Oceanography

Lesson 4: The Biogeochemical Cycle Chemical Oceanography. Last class we learned about CO 2 in the oceans. What is the average pH in the ocean? How can increases in CO 2 affect: Ocean pH? Calcium carbonate? What substance do marine organisms use to make exoskeletons?.

147 views • 9 slides

Forests

Forests. B y Lucy a n d Alex. The Carbon Cycle .

213 views • 6 slides

Why study the marine silicon cycle?

Why study the marine silicon cycle?. Major nutrient needed by Si mineralizers Diatoms Role in biogeochemical cycles Link to carbon cycle. Silicate. Structural material Diatoms Radiolarians Silicoflagellates Sponges. Silica in Water. Silicon dioxide

657 views • 6 slides