ECOSYSTEMS I. Introduction A. Definition B. Components.

Slides:



Advertisements
Similar presentations
Chapter 3 Ecosystems and Energy.
Advertisements

Ecology Concepts Ecosystems.
Ecosystems and Energy Chapter 3. What is Ecology? Ecology – study of the interactions among organisms and between organisms (biotic) and their abiotic.
ECOSYSTEMS & HUMAN INTERFERENCES I.  Ecosystem: the biological communities & their abiotic environment  Ecosystems are Characterized by: Energy flow.
CHAPTER 54 ECOSYSTEMS Copyright © 2002 Pearson Education, Inc., publishing as Benjamin Cummings Section A: The Ecosystem Approach to Ecology 1.Trophic.
Ecosystem Production Objectives  Describe the concept of the ecosystem  Relate the laws of thermodynamics to ecology  Define the types of ecological.
Ecology and the Environment (Chapter 22) Background and Historical Development Background and Historical Development Attributes of Ecological Systems Attributes.
Introduction to Biodiversity
Ecosystems and Energy Chapter 3. Ecology Study of the interactions of organisms and their living and non-living environment Many different scales to ecology.
Ecosystems & The Flow of Energy & Matter
Ecosystems and Human Interferences Chapter 48. Outline Biotic Components Biotic Components Autotrophs Autotrophs Heterotrophs Heterotrophs Energy Flow.
Ecosystems and Energy Chapter 3. What is Ecology? Ecology- Ecology- the study of systems that include interactions among organisms and between organisms.
TOPIC 1 LESSON 5 The Laws of Thermodynamics (Energy Transfer and Efficiency) Syllabus Link Describe how the first and second laws of thermodynamics.
Chapter 54 Ecosystems. Ecosystem: Overview An ecosystem consists of –All the organisms living in a community – all the abiotic factors with which they.
Temperate Deciduous Forest. Boreal Forest Ecosystem.
Ecosystems Definition: an ecosystem is a complex, self-regulating system in which biotic and abiotic things interact with each other.
Ecology and Ecosystems Advanced Biology Montgomery High School.
Introduction to Ecology. Objectives: I will be able discuss the interdependence of biotic and abiotic factors. I will be able to discuss the laws of thermodynamics.
Chapter 54 Ecosystems. An ecosystem consists of all the organisms living in a community as well as all the abiotic factors with which they interact Ecosystems.
Ecology Community interactions. What would happen if…  All the trees in the Amazon were cut down?  All the polar bears in the Arctic died?  The temperature.
Energy Flow and Chemical Cycles Objectives Discuss energy flow through different ecosystems Trace cycles of Carbon, Nitrogen, and water.
Food For Thought – Energy. Ecology the study of the RELATIONSHIPS of living things to EACH OTHER and their ENVIRONMENT (surroundings)
Unit 2: Ecosystems & Biospheres Energy & Matter, Biogeochemical Cycles, Human Impact.
Ecosystems (Part 1) Notes
Use the diagram to answer the following questions: 1.How much solar radiation is being emitted? 2.What happens to 67J of solar energy? 3.What percentage.
Chapter 3 Ecosystems: How They Work. Matter Matter Anything that has Anything that has Made of atoms of elements → molecules and compounds Made of atoms.
Answer this question (in your notebook) List 2 facts about earth.
Chapter 42 Ecosystems. Relationships, I Trophic structure/levels - feeding relationships in an ecosystem Primary producers - the trophic level that supports.
Energy Flow and Nutrient Cycling. Watch the following clip: population-growth-affects-world-food-supplies-and-environment/
Energy Transfer through organisms. Energy flows through an ecosystem, being transferred from one organism to the next. Energy cannot be created or destroyed,
Ecology Study of the relationships between organisms and their environments Study of the relationships between organisms and their environments Their interactions.
Ecology Test Review. Test Objectives Distinguish between abiotic and biotic (be able to give examples) Understand diversity and similarity in ecology.
The Laws of Thermodynamics The flow of energy through matter.
FUNCTIONS OF AN ECOSYSTEM. Ecosystem functions mainly comprise the interactions of various components in an ecosystem They are interconnected by energy,
Energy flow in the Ecosystem. Energy 1 st law of thermodynamics – energy can not be created or destroyed, only transformed from one form to another.
Ecosystem Ecology. I. Ecosystems A. Definition 1. An ecosystem is an association of organisms and their physical environment, 2. Linked by a flow of energy.
Chapter 55 Ecology By: Payton Albert & Hannah Eiland.
Copyright © 2009 Pearson Education, Inc Food chains interconnect, forming food webs  Food web –A network of interconnecting food chains.
Ecosystems. Definitions  Ecology - Study of interactions between organisms & environment  Population – same organisms, living together  Community –
SEV1. Students will investigate the flow of energy and cycling of matter within an ecosystem and relate these phenomena to human society.
ECOLOGICAL ENERGETICS
AN INTRODUCTION TO ECOLOGY AND THE BIOSPHERE
Jeopardy Final Jeopardy D vs. C Definitions $100 $100 $100 $100 $100
Use the diagram to answer the following questions:
ENVIRONMENTAL COMPONENTS &THEIR INTERACTION
Ecosystem Ecology AP Bio Ch. 55.
Topic 4.2 Energy Flow.
Energy Energy - The ability to do work.
Ecosystems & Energy Chapter 55.
Ecosystem Ecology.
Chapter 54 Ecosystems.
Lecture #24 Date ________
ECOSYSTEMS Chapter 47.
Energy in Ecosystems.
Ecology Biology I: Unit 5 Notes.
Unit 2: Ecosystems & Biospheres
Ecosystems and Energy Structure
BIOSPHERE.
Lecture #24 Date ________
Chapter:3 Ecosystem Ecology
Ecosystems Cali Sprick Pages
Energy in the Ecosystem
Ecology SB4.
Topic 4 Ecology 4.2 Energy Flow.
Ecosystem Notes.
The Laws of Thermodynamics
Chapter 3 ~ An Introduction to Ecology and the Biosphere
Energy Flow in Ecosystems (LT 1.6)
Presentation transcript:

ECOSYSTEMS I. Introduction A. Definition B. Components

1. Biotic2. Abiotic

C. Energy Components 1. Types

a. Potential Energyvs.b. Kinetic Energy

2. Laws of Thermodynamics

a. Constant (or transforming)

b. Entropy (order)

II. Energy Flow A. Primary Production

1. Energy Allocation Quercus alba

a. Annuals

b. Perennials

c. Woody Shrubs

d. Deciduous Trees

e. Coniferous Trees

2. Environmental Influences a. Heat

2. Environmental Influences b. Water

Terrestrial Global Productivity

Oceanic Global Productivity

c. Time

d. Minerals

3. Application a. Fruit Cycles and Crop Production b. Lighting Needs c. Rainfall (Watering) Requirements d. Reforestation e. ????

B. Secondary Production

1. Influences Primary Production vs. Efficiency

2. Trophic Levels

3. Consumers

c. Energy Losses

It is far better to have forgotten, than to have never learned.