Do Now Activity State the difference between a producer and a consumer. What is the similarity between populations and communities? What is the difference.

Slides:



Advertisements
Similar presentations
Ecology.
Advertisements

POWER FOR LIFE’S PROCESSES Energy Flow. Producers Sunlight is the primary source of energy source for life on earth. Plants, algae, and some bacteria.
Chapter 8.1-Energry and Life
Chapter 3 “Biosphere” 3-1 What is Ecology?  Ecology - study of how the living and nonliving world interacts.  Organisms and their environment  Biosphere.
Unit 2 Ecology Ch. 3 The Biosphere. What Is Ecology?  Like all organisms, we interact with our environ.  To understand these interactions better & to.
What is ecology? Ecology- watch the video Ecology Ecology = scientific study of the interactions among organisms and between organisms and their environment.
Ecology. Rd_w.
Copyright © by Holt, Rinehart and Winston. All rights reserved. ResourcesChapter menu UNIT ONE: General Ecology and Population Part 1: Content Food Chains,
Final Review Day 3. Photosynthesis Start with an energy, gas and water Sun + CO 2 + H 2 O End with an energy, gas and water Glucose + O 2 + H 2 O.
Ecology. What is Ecology? Ecology is the study of interactions among organisms (biotic factors) and between organisms and their environment (abiotic factors).
3.1 Energy Flow in Ecosystem Mrs. Trimble Mrs. Perryman.
Photosynthesis and Cellular Respiration Review Game.
Ecology. What is Ecology? Ecology is the study of interactions among organisms, and between organisms and their environment. Ecology is the study of interactions.
Ecology the study of the interactions of living organisms with one another and with their physical environment.
Introduction to Ecology and Energy Flow Ecology and Food Webs.
WHAT IS ECOLOGY. Studying Our Living Planet Biosphere: All life on Earth and the areas they exist Species: A group of similar organisms that produce fertile.
What is Ecology? Chapter 3.1 & 3.2. Ecology Study of INTERACTIONS among: – Organisms – Organisms and their surroundings.
Ecology: Chapter 3. What is Ecology? Ecology – study of interactions among organisms and between organisms & their environment All living things depend.
Introduction to Ecology CHAPTER 18. What is Ecology? Ecology is the study of interactions among organisms and the living and non- living components of.
Section 5-1: Energy Flow in an ecosystem. Objectives: Describe how energy is transferred from the sun to producers and then to consumers. Describe one.
ECOLOGY VOCAB. all the food chains that exist in a community. Food web.
3-1 What is Ecology? 3-2 Energy Flow Reading: Reading: Homework Sheet: 3-1 Homework Sheet: 3-2.
Biology EOC Review.
Introduction to Ecology
What Shapes an Ecosystem?
Energy Flow Through an Ecosystem
Energy Flow Through an Ecosystem
Energy Flow In order to live out its life, an organism must obtain energy through some means Sunlight is the main source of energy for life on Earth.
Photosynthesis and Respiration
Energy Flow Section 3-2 Objectives:
What is ecology?.
Ch. 3 The Biosphere.
Ecology.
Energy Flow Through an Ecosystem
Unit 8 Notes: Ecology Basics
Ecology Vocabulary 7th Grade.
Section 1: Energy Flow in Ecosystems
Energy Flow Through an Ecosystem
Ecology, the Biosphere and Energy Flow- Chapter 3
Energy Flow Through an Ecosystem
Please complete the Food Web Worksheet Part B
Please complete the Food Web Worksheet Part A
Ecology Chapter 3.
Energy Flow Through an Ecosystem
Introduction to Ecology
Energy flow in the Ecosystem
ECOLOGY.
Energy Flow Through an Ecosystem
Chapter 8.1-Energy and Life
Energy Flow Through an Ecosystem
Energy And The Environment
ECOLOGY THE STUDY OF HOW ORGANISMS INTERACT WITH EACH OTHER AND WITH THEIR ENVIRONMENT.
What is Ecology?.
CYCLES IN NATURE Biology Ecology Unit.
Energy Flow in Ecosystems
Energy is involved in every activity on Earth
Ecology.
Energy Flow Through an Ecosystem
Ecolog List three plants or animals and the animals that eat them. Also list any plants you know of that eat animals. Be sure to think about animals.
Ecology.
Do Now Activity What is the difference between an autotroph and a heterotroph? What is the difference between cellular respiration and photosynthesis?
What is ecology?.
Basics of Ecosystems.
Ecosystems Consumers.
Do now activity #5 In a food chain, how much energy does the herbivore get to keep? Give an example of a community. Give an example of an ecosystem.
FLOW OF ENERGY AND NUTRIENTS WITHIN ECOSYSTEMS
Bell work Week Biosphere: part of Earth in which life exists including land, water, and air atmosphere. Ecosystem: collection of all the organisms that.
Do now activity #6 Based on the food chain, where does grass get its energy from? How? Based on the food chain, how much energy do cows receive?
Do Now Activity #4 What is the difference between an autotroph and a heterotroph? What is the difference between cellular respiration and photosynthesis?
Do Now Activity #2 State the difference between a producer and a consumer. What is the similarity between populations and communities? What is the.
Presentation transcript:

Do Now Activity State the difference between a producer and a consumer. What is the similarity between populations and communities? What is the difference between a food web and a food chain?

Section 7-1: ecology Essential Question: How are consumers affected by the process of photosynthesis and cellular respiration? Learning Target Explain how photosynthesis and cellular respiration results in energy flow from producers to top level consumers. Section 7-1: ecology

Check the class calendar! announcements Check the class calendar!

announcements Available Extra Credit: Tissue Box = 10 Points CP Starburst Original Jellybeans = 30 Points CP Stauffer’s Original Animal Crackers = 30 Points CP

Don’t forget to chunk your notes!

________ is the study of organisms and their environments. Overview: ecology ECOLOGY Ecology ________ is the study of organisms and their environments.

Overview: ecology Organism to Organism Environment to Organism Organism to Environment In ecology we study the affect one thing has on another.

Overview: Levels of organization pg. 64 DEFINITION PICTURE Individual A single (one) organism Population Community Ecosystem Biome Biosphere

Overview: Levels of organization pg. 64 DEFINITION PICTURE Individual A single (one) organism Population groups of individuals of the same species in the same area Community different populations that live together in a defined area Ecosystem All living and nonliving parts of an area Biome a region with many ecosystems that have the same climate Biosphere wherever life exists, including land, water and air (atmosphere)

All ecological studies occur in the _______ . Overview: ecology BIOSPHERE All ecological studies occur in the _______ . biosphere

Don’t forget to chunk your notes!

SUNLIGHT IS THE MAIN SOURCE OF ENERGY FOR LIFE ON EARTH producers SUNLIGHT IS THE MAIN SOURCE OF ENERGY FOR LIFE ON EARTH Some organisms rely on energy stored in inorganic chemical compounds… …Water can be loaded with chemical energy!

ALL ENERGY comes from the sun producers ALL ENERGY comes from the sun

producers Producers “produce” their own food using energy from the sun. ____ are producers. In the blank: plants Example: Plants! They use sunlight, water and CO2 to make energy and oxygen… PHOTOSYNTHESIS Plants

What process do plants use to make their own food from the sun? Question! What process do plants use to make their own food from the sun?

producers Photosynthesis Uses Light energy carbon dioxide (CO2) water (H2O) Photosynthesis Makes oxygen (O2) glucose (C6H12O6)

Don’t forget to chunk your notes!

Consumers and producers use _______ to turn FOOD INTO ENERGY. Why eat food? Consumers and producers use _______ to turn FOOD INTO ENERGY. cellular respiration

When consumers eat food, it is broken down into ________ . Why eat food? When consumers eat food, it is broken down into ________ . sugar

When consumers breathe, they take in _____ . Why eat food? oxygen When consumers breathe, they take in _____ .

GLUCOSE+ 6OXYGEN  6CARBON DIOXIDE + 6WATER + ATP Formula GLUCOSE+ 6OXYGEN  6CARBON DIOXIDE + 6WATER + ATP

Don’t forget to chunk your notes!

Different types of organisms Autotrophs: organisms that can make their own food (producer)

Different types of organisms Heterotrophs: organisms that eat other organisms (consumer)

Question! If organisms could not do cellular respiration, what would happen to them? They would die from lack of energy (ATP) If plants couldn’t do photosynthesis, what would happen to consumers? The food chain would collapse…everything would die.

Different types of consumers Herbivores: eat only plants (primary)

Different types of consumers Carnivores: eat only animals (secondary/tertiary/quarternary)

Different types of consumers Omnivores: eat plants and animals (secondary/tertiary/quarternary)

Different types of consumers Detrivores: eat dead plants and animals

Different types of consumers Decomposers: breaks down dead plants and animals

Please complete the Food Web Worksheet Part A Do now activity Please complete the Food Web Worksheet Part A