This course deals with the study of living things and their relationship with the environment. Topics covered by lecture and laboratory experience include cell structure, biochemistry, animal systems, and processes, plant systems and processes, reproduction, genetics, evolution, and ecology.
MS. LIOTTA
Quarter 1
Topic #1: Life Functions and Compounds
Introduction
I can:
Explain and Summarize the Support I will need to be successful in Science class
Macromolecules
Inorganic/Organic Molecules
I can:
Formulate a model to Explain Inorganic vs. Organic Molecules
Analyze and Contrast Inorganic and Organic Molecules
Evaluate the proportions of compounds in materials as both polymer and monomer.
Explain the role of enzymes in metabolism and conditions that affect them.
Cells
Cell Theory, Organelles, Respiration, Transport, Digestion, Enzymes, and Catalase
I can:
Describe the Hierarchical organization of Multicellular Organisms, from Organelles to Organisms
Formulate a project that Compares and Contrasts Animal and Plant Cells and their functions
Explain and differentiate between Procaryotic and Eukaryotic cells
Compare and Contrast Plant and Animal Cells
Describe how two Organelles function together to maintain Homeostasis
Compare and contrast photosynthesis to cellular respiration.
Quarter 2
Topic #2: Genetics
Mitosis
I can:
Compare and Contrast Mitosis and Meiosis
Describe the process and purpose of Cellular Division
Analyze the process of Differentiation
Reproduction
I can:
Compare and Contrast Asexual and Sexual Reproduction
Support and label the structures of the Male and Female Reproductive systems
Trace and Summarize the pathway from Meiosis, to Fertilization, Zygote, mitosis, and Cellular Differentiation
Describe one disruption of Homeostasis for the Male and Female Reproductive systems
Topic #3: Genetics
Heredity
I can:
Use the Base Pairing Rule to Analyze the composition of a given sample of DNA
DNA Structure, Protein Synthesis, Mutations, Gene's in the Environment, DNA Fingerprinting
I can:
Formulate a flowchart representing the Genetic Levels of organization
Explain the process of DNA Replication
Describe how the Genotype of an individual influences the Phenotype
Explain how Mutations can be passed onto offspring
Trace the pathway of information from DNA--RNA--Amino Acids--Protein--Trait
Quarter 3
Topic #3: Genetics
Selective Breeding/ Genetic Engineering,
I can:
Explain and Analyze how human's have studied and changed DNA to their benefit using one of Four Genetic Technologies
Topic #4: Evolution
Survival of the Fittest, Natural Selection/ Adaptations, and Evidence/ History on Earth
I can:
Identify and Describe each of the five components of Natural Selection
Compare and Contrast Artificial Selection and Natural Selection
Summarize "Fitness" and identify an example of a Trait that would make an Organism fit to their Environment
Topic #5: Energy and the Environment
Food Chains, Webs, and Energy Pyramid
I can:
Trace how Molecules and atoms are conserved as they move through an Ecosystem
Explain how mathematical representation supports claims for the cycling of Matter and flow of Energy
Formulate and Summarize an Energy Pyramid, indicating available Energy and Biomass within Trophic Levels and labeling heat loss
Quarter 4
Topic #5: Energy and the Environment
Carrying Capacity, Biodiversity, and Ecological Succession
I can:
Predict and Support the pattern of growth all Populations undergo toward Carrying Capacity
Trace the three major steps of ecological succession
Compare and Contrast while identifying levels of Biodiversity (low, medium, and high) in different stages of Succession
Topic #6:
Producers and Photosynthesis, Consumers and Life Fucntions
I can:
Formulate a model to Explain how the transformation of light energy into stored Chemical Energy occurs
Explain the process of Photosynthesis in two different ways
Analyze a graph representing the inputs and outputs of Photosynthesis
Formulate a model to Explain how the transformation of Glucose into stored Chemical Energy occurs
Explain the process of Cellular Respiration in two different ways
Analyze a graph representing the inputs and outputs of Cellular Respiration
Unit #6: Man and the Environment
Pollution/ Biomagnification, Invasive Species, and Deforestation/Biodiversity
I can:
Summarize, Describe, and Infer how the Human Race attributed to the current state of the Planet Earth
Greenhouse Gas/ Climate Change, and Renewable Energy
I can:
Describe and Predict how Greenhouse Gasses effect Climate Change
Infer and Predict the future of the planet Earth using a model if we continue at our current pace using Fossil Fuels
Explain the process of Renewable Energy
Formulate a model to Explain how the use of Renewable Energy can replace the use of Fossil Fuels
Topic #7: Review for REGENTS
I can:
Analyze, Summarize, Explain, and Infer all overarching themes in the Living Environment from the year and apply them in a summative assessment
1. I can use what I have learned to ask two unique scientific questions about a specific topic that furthers my understanding:
Students will ask unique questions about the viability, practicality and economic reality of sustainability solutions and how they can shape future development projects.
2. I can carry out an investigation to perform experiments that test my hypotheses (If….then…because)
Students will construct a testable hypothesis to investigate how a variable affects the rate of diffusion through an artificial membrane.
3. I can analyze and interpret data that supports or does not support my hypothesis.
Students will analyze and interpret collected data from an experiment affecting heart rate and use that data to support or refute their hypothesis.
4. I can build a model that shows the scientific idea I am learning.
Students will build a food web as a model that shows the flow of energy and matter throughout a chosen ecosystem.
5. I can organize data into original data tables and graphs to organize and represent the data of my experiment.
Students will use collected data to create appropriate data tables and visual representations to aid in the analysis of a controlled experiment.
6. I can explain phenomena using a specific scientific explanation and apply it to solving a problem.
Students will explain the phenomena of climate change using scientific evidence and apply those verified findings toward a realistic solution.
7. I can display scientific findings from an investigation using the organized logical step of the scientific method.
Students will present the logical steps of their scientific investigation which analyzes factors that affect seed germination.
8. I can evaluate a claim using accepted scientific evidence.
Students will evaluate claims regarding the impacts of climate change using the claim, evidence, reasoning model.