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Heterotrophs
Classification of Heterotrophs
Herbivores
Omnivores Saprophytes
Carnivores
Parasites
Herbivores• ExamplesExamples
DeerCowRabbit
CarnivoresExamples
Tiger
Wolf
Lion
OmnivoresExamples
Man
Cat
Dog
SaprophytesExamples
Fungi
Bacteria
Mushrooms
ParasitesExamples
Hookworm
Tapeworm
Viscum plant
You’re Such an Animal!. What is an animal? Multicellular heterotrophs – take in food, digest it, distribute nutrients to cells Multicellular heterotrophs
Photosynthesis Chapter 8. Autotrophs vs. Heterotrophs Autotrophs make their own food include plants, some protists, and some bacteria Heterotrophs CANNOT
Most diverse group Eukaryotic cells Some autotrophs, some heterotrophs Unicellular and multicellular
Energy Autotrophs & Heterotrophs | ATP | Photosynthesis & Respiration Overview
AUTOTROPHS AND HETEROTROPHS and autotrophs, and distinguish among different levels of heterotrophs . Instructions:the teacher makes a set of cards with different kinds of living beings;
ANIMALS. multicellular, eukaryotic organisms heterotrophs
Kingdom Fungi Eukaryotic,Multicellular,Heterotrophs
Fungi Kingdom. General Characteristics Eukaryotes Eukaryotes Cell Wall composed of chitin Cell Wall composed of chitin Heterotrophs Heterotrophs –Digest
Kingdom Animalia. Characteristics Eukaryotic organisms Multicellular No cell walls Heterotrophs (consumers)
Nanoflagellates (mixotrophs, heterotrophs and autotrophs
A Kernel Based Framework for Predicting Interactions Between Methanotrophs and Heterotrophs
Kingdom Animalia. ~ Characteristics ~ Multi-cellular Eukaryotic with no cell walls Heterotrophs (consumers) motile
Fungi. Nutrition and Habitat - Decomposers/Absorptive heterotrophs - saprobic, parasitic, mutualistic
FUNGI. KINGDOM FUNGI Nucleated Single celled Multicellular Sexual Asexual Heterotrophs – Saprotroph – Parasites – Symbiosis
Cell Respiration. Consumers/ Heterotrophs Autotrophs use sunlight to make ATP and Glucose Heterotrophs – get glucose from eating other organisms and using
Photosynthesis Chapter 10 Energy source Autotrophs: Producers Make own organic molecules Heterotrophs: Consumers
Photosynthesis. Energy & Life Energy, energy, ENERGY! Autotrophs vs. heterotrophs
KEY CONCEPT Animal-like protists are single-celled heterotrophs that can move
Energy Transfer in Ecosystem Vocabulary Trophic = nutrition –Autotrophs –Heterotrophs
Chapter 5: Obtaining energy and nutrients for life Heterotrophs and autotrophs Autotrophs and photosynthesis Heterotrophs and food The digestive system
-heterotrophs, multi-cellular, eukaryotes -no cell walls
Animals What is an animal?. Multicellular Eukaryotic Heterotrophs That lack cell walls
Animals and Animal Behavior Animals are multicellular, eukaryotic, and heterotrophs
Heterotrophs Food for heterotrophs Changes in food through time What animals need for digestion Mechanical breakdown of food
Photosynthesis. Autotrophs vs. Heterotrophs Autotrophs Organisms that use the sun’s energy to make their own food Plants Some bacteria Heterotrophs Organisms
Research Program D: Biological Management of Nitrogenous ... · Initial Experimental Design • Four flasks: 1. SMP + heterotrophs 2. Acetate + heterotrophs 3. SMP + heterotrophs
PHOTOSYNTHESIS - Norwell Public Schools / Overvie & HETEROTROPHS • From where does the energy that living things need come? •-• Plants AUTOTROPHS & HETEROTROPHS
Photosynthesis. Autotrophs and Heterotrophs Autotrophs are organisms that make their own food Heterotrophs are organisms that need to ingest food to obtain
Fungi are absorptive heterotrophs Most are multicellular