Jane Goodall has inspired millions of people around the world. Let’s show your students some of the amazing things she has accomplished! You will receive a pdf of the Jane Goodall Mini-Biography. Includes: Timeline 3 versions (simplified, detailed, and blank for students to fill in themselves) Informational Posters Can be used as a Scientist of the Month/Week Scientist of the Month/Week posters included Group or individual work Or just display in your classroom Word Search Answer key included Question Sheets Can be used as entrance tickets, exit tickets, or writing prompts

Also available: Mitosis and Meiosis Worksheet bundle for a 20% discount! You will receive a pdf covering the following topics: Compare and contrast mitosis and meiosis table One left blank and one with terms available to circle for differentiation in the classroom Compare and contrast mitosis and meiosis Venn diagram Answer Keys included Some ways to use these pages: Warm up for your lesson Exit tickets Reinforcement worksheet Quiz Homework pages Interactive notebook Substitute pages

You will receive a PPT and PDF version of the slide show. This 40 slide PPT covers Pedigree chart basic information How to read a pedigree chart Male and female P and F generations Numbering Shading Step by step process of a trait moving through the pedigree Incudes questions for students to answer The 4 types of pedigree charts Sex-linked (I focus on X-linked in this slide show) Dominant and recessive Autosomal Dominant and recessive

Students will create their own super hero using genetics! They will flip coins to determine the genotype and phenotype of their super hero. Teacher page with objectives, Next Generation Science Standards, pre and post activity questions, and much more included! Includes two versions: With and without incomplete dominant and co-dominant traits

You will receive 26 vocabulary cards with definitions covering terms about evolution and natural selection. Adaptation Adaptive Radiation Analogous Structures Artificial Selection Behavioral Adaptation Camouflage Cladogram Coevolution Convergent Evolution Descent of Modification Divergent Evolution Evolution Extinction Fossil Homologous Structure Macroevolution Microevolution Mimicry Natural Selection Shared Derived Characteristic Speciation Structural Adaptation Survival of the Fittest Theory Variation Vestigial Structure You can use the cards in multiple ways, including: placing them on a word wall and use them as a vocabulary review game as a whole class or as a group. I am able to customize vocabulary cards for any topic. Please let me know if you are looking for something specific.

Students will create a foldable depicting three symbiotic relationships: mutualism, commensalism, and parasitism. Students will identify examples of symbiotic relationships. This activity includes an introduction to symbiosis, entrance tickets, exit tickets, foldable, answer keys/example, and rubrics. The foldable can be added to an interactive notebook or used as a stand alone activity. You will receive a PDF of the foldable and a PPT of the questions and symbiosis information so you can easily project the information on your board.

You will receive 36 vocabulary cards with definitions covering terms about the types of science. You can use the cards in multiple ways, including: placing them on a word wall and use them as a vocabulary review game as a whole class or as a group. I am able to customize vocabulary cards for any topic. Please let me know if you are looking for something specific.

You will receive in PDF format: Review questions with answer key Test with answer key Differentiated test with answer key The test is multiple choice, matching, and short answer. The review questions cover all of the material on the test: What are abiotic and biotic factors? Give 2 examples of each. What is a niche? Name the niches you would find in an oak tree. What is happening when an organism immigrates? Emigrates? Give a reason why an organism would immigrate. Give a reason why an organism would emigrate. Explain the following relationships: Commensalistic, Mutualistic, and Parasitic. Give an example of commensalistic, mutualistic, and parasitic relationships. What are the levels of ecological organization in order from smallest to largest? Explain each level. How do you calculate the population growth rate of an area? In 2015 there were 34,200 geese in the state of Washington compared to the 48,000 found in 2001. What is the population growth rate for the geese in Washington State? What does a negative and positive population growth rate mean? How do you calculate the population density of an area? There are 57 goldfish in a 30L tank. What is the population density of the goldfish? Name and define the 2 types of succession. What is predation? Give an example. What are the 3 types of distribution? Explain each type. Thank you, Wendy

You will receive in PDF format: Review questions with answer key Test with answer key Differentiated test with answer key The test is multiple choice, matching, and short answer. The review questions cover all of the material on the test: What is the difference in a food chain and a food web? What is an apex predator? How do producers get their energy? What is the difference between autotrophs and heterotrophs? What do the arrows on a food web represent? What do primary consumers eat? What is the difference between producers and consumers? How much energy from each trophic level moves to the next level? Define the following: Carnivore, herbivore, and omnivore. What are scavengers and decomposers? How do they fit in a food web? How much energy would move through each trophic level, up to tertiary consumers, if the producers have 5,642kcal of energy? Draw an ecological pyramid with 4 trophic levels. Label the following: tertiary consumer, herbivore, heterotroph, autotroph, primary consumer, apex predator, producer, and secondary consumer. (Use the food web to answer) Which organism(s) in the food web is a primary consumer? Secondary consumer? Tertiary consumer? Producer? Apex predator? (Use the food web to answer) Choose one food chain in the food web, list all organisms starting with the producer and ending with the highest-level consumer in that food chain. (Use the food web to answer) How would the ecosystem change if you removed one apex predator from this food web?

Robert Hooke’s most notable discovery was when he observed cork though a handmade microscope and discovered the cell. You will receive a pdf of the Robert Hooke Mini-Biography. Includes: Timeline 3 versions (simplified, detailed, and blank for students to fill in themselves) Informational Posters Can be used as a Scientist of the Month/Week Scientist of the Month/Week posters included Group or individual work Or just display in your classroom Word Search Answer key included Question Sheets Can be used as entrance tickets, exit tickets, or writing prompts

You will receive 40 vocabulary cards with definitions covering terms about the chemistry of life. Acid Atomic mass Atomic number Base Buffer Carbohydrate Chemical bond Chemical reaction Compound Covalent bond Electron Electronegativity Element Enzyme Heat Hydrogen bond Ion Ionic bond Isotopes Lipid Mass number Matter Molecule Neutron Nonpolar Nucleic acid Nucleus pH scale Polar covalent bond Polar molecule Product Protein Proton Reactant Specific heat Solute Solution Solvent Surface tension Temperature You can use the cards in multiple ways, including: placing them on a word wall and use them as a vocabulary review game as a whole class or as a group. I am able to customize vocabulary cards for any topic. Please let me know if you are looking for something specific.

You will receive 30 total vocabulary cards with definitions covering terms about taxonomy. Vocabulary Included for Taxonomy Part 1 Autotroph Binomial Nomenclature Carolus Linnaeus Class Classification Dichotomous Key Domain Eukaryote Family Genus Heterotroph Kingdom Multicellular Order Phylum Prokaryote Scientific Name Species Taxa Taxonomy Unicellular Vocabulary Included for Taxonomy Part 2 Animalia Archaea Archaebacteria Bacteria Eubacteria Eukarya Fungi Plantae Protista You can use the cards in multiple ways, including: placing them on a word wall and use them as a vocabulary review game as a whole class or as a group.

You will receive 33 vocabulary cards with definitions covering terms about aquatic biomes. Vocabulary included: Alpine Tundra Antarctic Tundra Arctic Tundra Arid Desert Biome Canopy Climate Coastal Desert Conifer Deciduous Desert Diurnal Emergent Layer Evergreen Forest Forest Floor Grassland Pampas Permafrost Polar Desert Prairie Semiarid Desert Steppe Taiga Temperate Coniferous Forest Temperate Deciduous Forest Temperate Grassland Temperate Rainforest Tropical Rainforest Tropical Savanna Tundra Understory Weather

You will receive 34 vocabulary cards with definitions covering terms about ecology, succession, and populations. Vocabulary Included: Abiotic Factor Biotic Factor Climax Community Clumped Distribution Commensalism Community Competition Density Dependent Factors Density Independent Factors Ecology Ecosystem Emigration Habitat Herbivory Immigration Ecological Organization Organism Parasitism Mutualism Niche Pioneer Species Population Population Density Population Distribution Population Growth Rate Prey Predation Predator Primary Succession Random Distribution Secondary Succession Succession Symbiosis Uniform Distribution

You will receive** 35 vocabulary cards** with definitions. Vocabulary included: Allele Carrier Chromosome Codominance Deletion DNA Dominant Duplication Gene Genetics Genotype Gregor Mendel Heredity Heterozygous Homozygous Hybrid Incomplete Dominance Insertion Inversion Law of Dominance Law of Independent Assortment Law of Segregation Mutation Nondisjunction Nucleotide Pedigree Phenotype Probability Protein Punnett Square Purebred Recessive RNA Substitution Translocation You can use the cards in multiple ways, including: placing them on a word wall and use them as a vocabulary review game as a whole class or as a group.

Four weeks of Scientific Method Bellringers with handouts for student answers! Answer Key Included! Other bellringers available: The first week of my Scientific Method Bellringers FREE HERE Five weeks of the Cell HERE Four weeks of Photosynthesis and Cellular Respiration HERE Three weeks of General Ecology HERE Four weeks of Biomes HERE You will receive 20 days of bellringers/warm ups Week 1: Word of the Week: Hypothesis Read and Respond: Scientific Theory Compare and Contrast: Qualitative and Quantitative Problem Solving: Classifying Objects Anything Goes: Aristotle Week 2: Word of the Week: Inference Read and Respond: Experimental Mistakes Compare and Contrast: Inference and Prediction Problem Solving: Controls and Variables Anything Goes: Scientific Method Steps Week 3: Word of the Week: Independent Variable Read and Respond: Hypothesis Development Compare and Contrast: Independent and Dependent Problem Solving: Controls and Variables Anything Goes: SI System Week 4: Word of the Week: Spontaneous Generation Read and Respond: Controlled Experiments Compare and Contrast: Objective and Subjective Problem Solving: Controls and Variables Anything Goes: Francesco Redi

You will receive a PPT and PDF version of the slide show. This 39 slide PPT covers Basic genetics and heredity background including Gregor Mendel and Reginald Punnett. Punnett squares. Vocabulary including allele, dominant, recessive, genotype, phenotype, homozygous, and heterozygous. Step by step set up of Punnett squares. Probability. Practice problems with step-by-step explanation of the answers.

You will receive 44 vocabulary cards with definitions covering terms about atoms, bonding, and the periodic table. You will receive a PDF copy. You can use the cards in multiple ways, including: placing them on a word wall and use them as a vocabulary review game as a whole class or as a group. I am able to customize vocabulary cards for any topic. Please let me know if you are looking for something specific.

Three weeks of The Cell Bellringers with handouts for student answers! Answer Key Included You will receive 17 days of bellringers/warm ups Week 1: Word of the Week: Cell Theory Read and Respond: Three Tenets of the Cell Theory Compare and Contrast: Prokaryote and Eukaryote Problem Solving: Prokaryote and Eukaryote Evolution Anything Goes: Schleiden, Schwann, and Virchow Week 2: Word of the Week: Nucleus Read and Respond: Importance of the Plasma Membrane Compare and Contrast: Animal Cell and Plant Cell Problem Solving: Flagellum and Cilia Anything Goes: Robert Hooke Week 3: Word of the Week: Endoplasmic Reticulum Read and Respond: Tolerance to Medication Compare and Contrast: Smooth and Rough ER Problem Solving: Cell Organelle Analogy Anything Goes: Antoine van Leeuwenhoek 2 Bonus Slides Included: Anything Goes: Animal Cell Structures Anything Goes: Plant Cell Structures

You will receive 45 vocabulary cards with definitions covering terms about plant structure and function. This item is included in a MEGA Vocabulary Bundle for a 40% discount Words included: Cell, Dermal Tissue, Vascular Tissue, Ground Tissue, Xylem, Phloem, Root System, Fibrous Root, Taproot, Root Hair, Root Cap, Storage Root, Aerial Root, Aerial Prop Root, Strangling Aerial Root, Buttress Root, Shoot System, Stem, Node, Internode, Bulb, Rhizome, Stolon, Tuber, Leaf, Blade, Stalk, Vein, Stomata, Tendril, Spine, Storage Leaf, Bract, Flower, Pollen, Carpel, Stigma, Style, Ovary, Stamen, Anther, Filament, Petal, Sepal, Fruit You will receive a PDF copy but if you need the PPT version for editing purposes please let me know. You can use the cards in multiple ways, including: placing them on a word wall and use them as a vocabulary review game as a whole class or as a group. I am able to customize vocabulary cards for any topic. Please let me know if you are looking for something specific.