Fundamental biological structures and processes from microscopic cells and genetic inheritance to complex body systems and global ecosystems. Addresses plant and animal adaptations, trait expression, and the cycles of life and cell division.
A hands-on laboratory experience where students use microscopes to observe and document biological and physical specimens at varying magnifications.
A lesson focused on the foundational building blocks of life (macromolecules) and how body systems work together to maintain a stable internal environment (homeostasis).
A lesson exploring the delicate balance of ecosystems, focusing on how biodiversity sustains life and how human activities like deforestation, pollution, and conservation efforts shape our planet's future.
A vocabulary-focused lesson on the core concepts of evolution and genetics, featuring a collaborative 'I Have, Who Has' game to reinforce definitions and visual representations.
A deep dive into marine environments and the impact of plastic pollution, featuring cause-and-effect analysis and collaborative problem-solving for 7th grade ELD students.
A comprehensive ELD lesson for 7th graders focusing on the ecological and social importance of urban forests, featuring tiered supports for mixed proficiency levels.
A comprehensive individual review packet for 5th grade ecosystems. Students master vocabulary, analyze assessment diagrams, and complete choice missions independently. Includes a tracking cover page and a self-reflection to ensure assessment readiness.
A collection of kid-friendly science standards and "I Can" statements covering physical, earth, and life sciences for upper elementary students.
Students explore the shared ancestry of fish and mammals, analyzing homologous bone structures and building cladograms to visualize divergent evolution.
A comprehensive overview of the six major invertebrate groups, covering body structures, habitats, reproduction, and unique characteristics for 8th-grade science.
A comprehensive lesson on orcas, covering their role as apex predators, their complex social and communication structures, and the evolutionary adaptations that have made them masters of the ocean.
A self-contained independent research activity where students explore the scientific method and experimental variables through a themed 'digital dossier' webquest. Ideal for substitute teacher days as it requires minimal instruction and promotes independent inquiry.
A biology lesson themed around the mysterious Jane Doe character, covering human body systems, ecosystems, and food webs with specialized supports for neurodivergent learners.
In this lesson, students become 'Mountain Peak Protectors' by exploring the fragile alpine ecosystems of Colorado. They identify local wildlife, map their habitats, and collaborate to design innovative conservation strategies to protect these high-altitude environments.
A comprehensive review of ecology, cycling of matter, genetics, and body systems based on the Investigation 14-16 exam. Students will practice analyzing food webs, identifying mutations, and explaining ecosystem stability.
Students explore the plant life cycle through hands-on seed sorting and sensory observations, connecting biological processes to the arrival of spring.
A comprehensive slide deck providing a high-level overview of major science disciplines and their sub-topics, tailored for middle school students.
A targeted review lesson focusing on the structure and function of enzymes and biomolecules, specifically designed for 9th-grade STAAR preparation.
An introductory lesson to kick off a unit on animals and their habitats, focusing on activating prior knowledge and sparking curiosity.
A hands-on lesson exploring the four primary stages of a sunflower's life cycle through visual instruction and a cut-and-paste sequencing activity.
An introduction to Charles Darwin's historic voyage on the HMS Beagle and the foundational concepts of natural selection and adaptation. Students will explore how observations of the natural world led to one of science's most important theories.
An introductory lesson on evolution for 9th-grade special education students, focusing on Charles Darwin's journey, the HMS Beagle, and the core principles of natural selection and adaptation.
A comprehensive packet for 7th grade science covering the core principles of natural selection, featuring vocabulary building and a CER (Claim, Evidence, Reasoning) analysis of the peppered moth case study.
Students apply their knowledge by identifying animal coverings in various examples and writing descriptive sentences about how these coverings protect or help animals.
An introduction to the five main types of animal coverings: feathers, fur, scales, shell, and skin. Students learn to identify these textures and understand their basic functions.
A comprehensive lesson on savanna animal adaptations, featuring a reading passage and comprehension activities focused on how animals survive the extreme seasons of the African plains.
A comprehensive final assessment for the Ocean Architects unit, evaluating student understanding of marine anatomy, specialized biological adaptations, and the comparative differences between major oceanic groups.
A review of plant and animal cell organelles and their functions, featuring diagram identification and matching activities.
An introductory lesson on honeybees featuring differentiated reading passages and activities tailored for 1st-6th grade reading levels.
A high-level, technical exploration of equine science designed for upper secondary students, covering anatomy, breed classification, and professional stable management protocols.
A biology lesson focused on manatee conservation in the Florida Everglades, covering biology, habitat challenges, and boat strike prevention specifically designed for special education students.
A focused lesson on the mechanics of the cell cycle and DNA replication, emphasizing timing, key stages like S-phase and mitosis, and the process of cytokinesis.
A hands-on review of DNA structure, replication, and the cell cycle designed to prepare students for the STAAR Biology assessment. Students construct DNA models, simulate replication, and sequence the phases of mitosis through active modeling and visual analysis.
A comprehensive look at DNA structure, replication, and the Central Dogma, designed for 10th-grade biology students. Includes visual slides, a detailed reading passage, and comprehension assessments.
A comprehensive 7-week guide for middle school students to conduct a deep-dive study into a scientific topic of their choice. This project shifts focus from experimentation to expertise, guiding students from initial brainstorming to a final exhibition.
A comprehensive lesson for 4th graders to explore the fundamental building blocks of life: plant and animal cells. Students will identify key organelles, compare cell types, and understand how cells contribute to the growth and function of living things.
This lesson synthesizes core biological concepts including the mechanisms of inheritance, the flow of genetic information from DNA to protein, and the processes driving evolutionary change.
A comprehensive review of high school biology topics including viruses, DNA structure and replication, the cell cycle and its disruptions, and basic genetics focusing on monohybrid crosses and pedigrees. This lesson is designed to prepare students for standardized assessments with rigorous STAAR-aligned questions and practice.
A comprehensive STAAR Biology review session covering essential reporting categories including cell biology, genetics, and classification. This lesson is designed to prepare students for the state assessment through targeted content review and practice questions.
Explores how energy and matter flow through ecosystems, focusing on food webs and the importance of biodiversity in a stable environment.
Examines the diverse groups of animals, focusing on how they eat, move, and interact with each other in the wild.
Explores the unique features of plants, including how they grow, move water, and survive in different environments.
Explores how animals change over time to survive in their environments through adaptation and natural selection.
Focuses on the process of cell growth and division, comparing mitosis to a cell copying its blueprint to make a twin.
Explores how plants make food from sunlight and how all living things use that food for energy through simplified "Solar Panel" and "Engine" analogies.
Covers DNA structure, traits, and Punnett Squares using simplified color-coding and tactile learning tools.
Explores cell structure and function by comparing organelles to a factory or city, emphasizing a few key parts through visual modeling.
Introduces the four major molecules of life and the concept of enzymes using physical models and simplified biological analogies.
Focuses on using scientific tools, collecting data, and creating simple graphs to understand facts, with heavy visual scaffolds for interpreting information.
A foundational week focused on building a safe classroom community, understanding lab roles, and introducing the tools used by biologists through visual and social scaffolds.
A comprehensive 5-hour biology review session featuring mini-lessons, labs, and group challenges covering cellular biology, biochemistry, and genetics.
A comprehensive 50-minute science lesson where students model the process of photosynthesis using common classroom materials to understand how plants transform light, water, and air into food.
A fun, interactive lesson introducing elementary students to the four seasons through observation and play. Students will identify key characteristics of spring, summer, autumn, and winter using visual cues and interactive bingo.
A 3rd-grade science lesson exploring how plants inherit traits from their parents and how the environment can influence their growth, based on a real-world forestry scenario.
A creative project-based lesson where students research and design an educational poster about a specific global biome, focusing on adaptations, food webs, and conservation. Now expanded to include an informative research paper component.
An introductory lesson for kindergarteners to understand that all living things are made of tiny "building blocks" called cells. Students will learn the basic differences between plant and animal cells through stories, sorting, and coloring.
Students will learn to distinguish between living and nonliving things by identifying key characteristics like growth and basic needs. The lesson includes a visual presentation, a hands-on sorting worksheet, and an outdoor exploration guide.
A foundational science lesson for Kindergarteners covering plant anatomy and the essential requirements for plant growth through simple reading passages and visual aids.
A comprehensive lesson for 5th graders exploring how plants create their own food through photosynthesis and their role as producers in energy pyramids. Students will analyze experimental data and practice identifying consumer levels in food webs.
An introduction to biological classification, covering the three domains of life, the six kingdoms, and the hierarchical levels of taxonomy from domain to species.
A comprehensive test-prep lesson focusing on high school science practices required for AzSCI and ACT Aspire. Students will master experimental design, data analysis, and the use of scientific models through practice scenarios and graphical interpretation.
A 7th-grade biology lesson exploring Mendelian genetics and probability through a hands-on coin-flipping activity to create unique organisms. Students will master Punnett squares and differentiate between dominant and recessive traits.
A comprehensive lesson on DNA transcription and translation, covering base-pairing rules and how to use a codon chart to build protein sequences.
Students become geneticists to decode the blueprint of life. They'll master Punnett squares, distinguish between genotypes and phenotypes, and apply their knowledge to create unique creatures through the laws of inheritance.
A comprehensive introduction to the structure and function of DNA, featuring reading passages, diagramming activities, and assessment questions.
A lesson exploring non-Mendelian inheritance patterns, specifically focusing on how alleles interact in incomplete dominance and codominance through visual modeling and Punnett squares.
A lesson exploring how traits are passed down through different types of reproduction and how populations change over time through natural and artificial selection.
This lesson provides the additional framework and assignments required for graduate students participating in the Research Proposal Project. It focuses on technical plausibility, resource management, and strategic academic significance.
An exploration of natural and artificial selection, focusing on data analysis of trait shifts in populations and human-driven genetic changes. This lesson aligns with Massachusetts 8th-grade life science standards for evolution and heredity.
A deep dive into the molecular machinery of CRISPR-Cas9, focusing on the structural biology of Cas9, guide RNA architecture, and the precision of genome editing.
A comprehensive vocabulary lesson focused on the terminology of evolutionary history, including definitions, application through examples, and assessment.
A complete day of beach-themed learning activities including multi-subject integration and a hands-on science lab.
A hands-on simulation where students model genetic mutations and track survival rates across different environmental shifts to understand natural selection.
A 30-minute introductory lesson for 3rd graders on the three primary parts of the human brain: the cerebrum, cerebellum, and brain stem, including a hands-on labeling activity.
A 30-minute introductory lesson for 1st graders exploring how the brain acts as the body's "control center," managing both voluntary actions and automatic functions.
A 30-minute introductory lesson for kindergarteners about the brain, focusing on its role in thinking and processing the five senses. includes a presentation, teacher guide, and a wearable brain hat craft.
A comprehensive lesson covering the mechanics of the respiratory system, focusing on the pathway of air, gas exchange in the alveoli, and the fundamental link to cellular respiration. Students will demonstrate their understanding through a structured formal essay.
This lesson focuses on the mechanics of the respiratory system, requiring students to synthesize their knowledge into a formal scientific essay. It includes a comprehensive rubric, a student planning guide, and a teacher scoring reference.
Explore how environmental factors like pH influence enzyme activity through visual models and data analysis.
A deep dive into the major human body systems, focusing on how they interact to keep us alive and moving. Students will explore the skeletal, muscular, respiratory, circulatory, and digestive systems through collaborative activities.
A hands-on engineering challenge where students design structures to help animals survive, focusing on TEKS 1.13A regarding animal structures and functions.
A focused exploration of human skin anatomy, teaching students to identify and describe the three primary layers: epidermis, dermis, and hypodermis. Students will investigate the unique functions and structures within each layer through visual aids and matching activities.
An exploration of the human heart's anatomy, focusing on identifying key structures and understanding the path of blood flow through chambers and valves.
A comprehensive 75-minute college-level lecture exploring the anatomy and physiology of the human digestive system, covering the GI tract wall, organ functions, accessory organs, and the principles of nutrition.
A streamlined 45-minute cow eye dissection lab designed for 8th-grade students to identify key anatomical structures and their functions.
Focuses on identifying and interpreting biological patterns across the ocean. Students analyze biodiversity datasets and create visualizations to understand how environmental variables like temperature, depth, and latitude dictate where marine life thrives.
A 9th-grade biology lesson on enzymes, focusing on their structure, function as catalysts, substrate specificity, and the factors that lead to denaturation.
A comprehensive introduction to the Central Dogma of biology, tracing the flow of genetic information from DNA to RNA to Protein through reading, diagrams, and assessment.
In this lesson, students analyze the 'brain rot' phenomenon through a scientific lens, focusing on how short-form media impacts the brain's reward system. Students engage with new vocabulary, watch a targeted video, and participate in a mediated debate about their digital habits.
An advanced look at cell structure and function for 8th-grade students, focusing on technical vocabulary, protein synthesis pathways, and cellular energy production.
An engaging special education lesson exploring the evidence of evolution through the lens of pocket monsters. Students examine fossils, body structures, and DNA to understand how monsters change over time.
A targeted MCAS preparation lesson covering high-leverage standards in Genetics, Evolution, and Ecology, featuring data interpretation and experimental design.
A focused lesson on predicting offspring genotypes and phenotypes using monohybrid crosses.
A deep dive into how short constructed response (SCR) questions are scored on the Biology STAAR test, focusing on the mechanisms of evolution and the impact of genetic mutations.
A comprehensive STAAR EOC review focusing on the fundamental principles of genetics, including DNA replication, protein synthesis, and inheritance patterns aligned with TEKS B.6A-F.
This lesson uses the familiar concept of Pokémon evolution to teach special education students about biological adaptations and natural selection. Students will explore how traits help organisms survive in different environments and design their own adapted creatures.
A lesson focused on animal characteristics and habitats, helping students build descriptive vocabulary.
An engaging 'Guess Who' style game where students use descriptive language and biological traits to identify mystery animals. Focuses on classification, habitats, and physical characteristics.
Students explore how physical traits in a population can change over generations. Through observation and modeling, they identify how certain traits become more common when they help an organism survive in its environment.
Students will explore the impact of boating on manatees in the Everglades, focusing on conservation efforts and the importance of following waterway safety signs. This lesson integrates science with social skills by emphasizing rule-following for the safety of ourselves and wildlife.
