Biology

A comprehensive exploration of how scientists organize the diversity of life on Earth, from the broadest domains to individual species.

A foundational biology sequence covering reproduction, cell classification, and organism traits for middle school science.

A comprehensive science sequence covering cellular biology for 6th grade and genetic inheritance for 7th grade, aligned with state-level testing standards.

A sequence of lessons exploring the specialized anatomy and physical structures of marine organisms, from basic fish biology to the complex adaptations that allow them to thrive in diverse oceanic environments.

A collection of unit review materials for middle school science, specifically targeting 6th grade living things and 7th grade body systems. These resources mirror local assessments to ensure student readiness.

A collection of backward-designed science lessons for middle school, utilizing assessment-driven instruction to build a strong foundation in biological concepts.

A short unit focused on the Kingdom Fungi, specifically investigating the growth and structure of molds through hands-on experimentation and video analysis.

A short series of lessons exploring prehistoric life and the Mega-fauna that once roamed the Earth. Students learn about adaptations, extinction, and the tools paleontologists use to study the past.

This unit explores how modern genetic evidence has revolutionized our understanding of biological classification. Students will transition from observing morphological traits (physical appearance) to analyzing DNA sequences, discovering how technology can reveal hidden relationships and resolve long-standing taxonomic mysteries.

This 6th-grade biology sequence shifts classification from static categories to a dynamic exploration of evolutionary history. Students learn to identify derived traits, construct cladograms, and interpret branching diagrams to understand the common ancestry and evolutionary relationships between diverse organisms.

A hands-on biology sequence where students master the logic of dichotomous keys through identification challenges, vocabulary building, and technical writing projects. Students progress from simple logic puzzles to creating their own scientific identification tools.

Students dive into the distinct characteristics that define the three Domains and six Kingdoms of life through a research-based project arc. The sequence emphasizes cellular structure and energy acquisition methods, culminating in a 'Museum of Life' exhibit.

A comprehensive introduction to biological classification for 6th-grade students, moving from the basic logic of sorting everyday objects to the complexities of the Linnaean hierarchy and binomial nomenclature. Students explore the seven taxonomic levels and learn how scientific naming provides a universal language for biology.

This skill-building sequence focuses on the practical application of classification tools, specifically dichotomous keys. Students move from making objective observations to using and eventually creating their own complex keys for identifying organisms, mirroring the work of field biologists.

An inquiry-based exploration of biological classification, moving from everyday sorting to the complex Linnaean hierarchy. Students learn to categorize life based on shared characteristics and taxonomic ranks.

A historical and critical exploration of biological classification, tracing how technological advancements like microscopy and DNA sequencing have reshaped our understanding of the tree of life. Students analyze the evolving nature of scientific knowledge through case studies, debates, and simulations.

This project-based sequence explores the high-level organization of life: Domains and Kingdoms. Students work collaboratively to characterize the defining features of Archaea, Bacteria, Protista, Fungi, Plantae, and Animalia, culminating in a 'Museum of Life' exhibition.

A comprehensive 6th-grade life science sequence exploring the diverse developmental paths and reproductive strategies of animals, from metamorphosis to mammalian parental care.

In this inquiry-driven sequence, students step into the role of taxonomists to understand the logic and necessity of biological classification. Starting with sorting familiar objects to grasp categorization principles, learners progress to navigating the Linnaean system and utilizing dichotomous keys. The unit builds towards applying these skills to classify diverse organisms, culminating in the creation of a classification system for a fictional discovery.

Students explore the hierarchy of animal classification, from the presence of a backbone to specific vertebrate and invertebrate classes, culminating in the use and creation of dichotomous keys.

A comprehensive marine biology curriculum exploring the structural and functional design of ocean life, from microscopic plankton to massive cetaceans. Students act as 'Ocean Architects' to understand how environmental pressures shape biological forms.

A comprehensive sequence covering introductory 6th-grade life science topics, from ecosystem dynamics to inheritance and evolutionary changes.

A scaffolded middle school unit exploring competition, energy flow, and ecosystem stability. Each lesson is tailored to specific NGSS performance expectations for grades 6, 7, and 8, building from individual organism growth to complex system dynamics.

A comprehensive science sequence covering cellular biology for 6th grade and genetic inheritance for 7th grade, aligned with state-level testing standards.

A sequence of lessons exploring the specialized anatomy and physical structures of marine organisms, from basic fish biology to the complex adaptations that allow them to thrive in diverse oceanic environments.

A 3-day exploration of the ecological impacts and ethical complexities of reintroducing wolves to Yellowstone National Park. Students analyze trophic cascades, evaluate stakeholder perspectives, and engage in a structured debate about conservation.

A comprehensive 3-week unit exploring the unique physical properties of water, its role in life and geological processes, and the dynamics of watershed systems. Students investigate polarity, cohesion, and universal solubility through hands-on labs while connecting these traits to climate moderation and the health of the Chesapeake Bay.

A sequence focused on understanding the complex interactions within ecosystems, energy flow, and the balance of matter.

A comprehensive unit where students become environmental detectives to investigate biodiversity, interdependencies, and human impact within their local ecosystems through inquiry-based field studies.

A series focused on local environmental action and urban air quality solutions, guiding students from observation to advocacy.

A comprehensive lesson sequence on ocean literacy, focusing on why oceans matter, their role in global systems, and conservation efforts. Students will engage with a video, take structured notes, and participate in a live quiz.

Students explore natural selection through simulations of predator-prey dynamics and resource competition. They collect and analyze data to visualize how favorable traits increase in frequency over generations, culminating in scientific explanations using the CER framework.

Students dive into the distinct characteristics that define the three Domains and six Kingdoms of life through a research-based project arc. The sequence emphasizes cellular structure and energy acquisition methods, culminating in a 'Museum of Life' exhibit.

A 5-lesson sequence for 6th-grade students exploring how habitats shape animal characteristics, behaviors, and populations through case studies and virtual expeditions.

A game-based sequence exploring energy flow in ecosystems, trophic levels, food webs, and the impact of keystone species through simulations and modeling.

This sequence explores the flow of energy through ecosystems, tracing it from the sun through producers and various levels of consumers to decomposers. Students will analyze animal diets, construct complex food webs, and predict the consequences of species removal within an ecosystem.

Students act as wildlife biologists to design habitat systems, researching animal needs and abiotic factors to create a conservation area proposal or zoo enclosure.

Students explore the diversity of animal life cycles and reproductive strategies, comparing sexual and asexual methods and examining how developmental stages and parenting behaviors contribute to species survival.

Explore the complex web of interactions within ecosystems, emphasizing energy flow, interdependence, and the ripple effects of environmental changes through hands-on simulations and case studies.

This sequence explores the dynamic interactions between biotic and abiotic factors in ecosystems. Students engage in field studies, simulations, and systems mapping to understand how life depends on non-living resources and how disruptions ripple through biological communities.

A comprehensive 3-lesson unit exploring the science, chemistry, and purpose of bioluminescence in nature. Students dive into the deep sea, experiment with chemical reactions, and analyze how light is used for survival.

A comprehensive unit exploring the science of hearing, the technology used to assist hearing loss, and the personal impact of being D/deaf or hard of hearing. Students will build a 3D ear model, learn to read audiograms, and understand the difference between hearing aids and cochlear implants.

A collection of lessons focused on nature and science, designed with differentiated reading materials for diverse learners including early readers and special education students.

A comprehensive unit exploring the human cardiovascular system, starting with the intricate anatomy of the heart and extending to blood vessels and circulation loops.

A comprehensive marine biology curriculum exploring the structural and functional design of ocean life, from microscopic plankton to massive cetaceans. Students act as 'Ocean Architects' to understand how environmental pressures shape biological forms.

A comprehensive unit on cellular biology spanning from introductory middle school concepts to advanced organelle systems and specialized functions.

An engineering and biology sequence that teaches students to look to nature for sustainable and efficient design solutions, fostering innovation and biological appreciation.

Une séquence immersive pour découvrir les secrets du cerveau humain, sa structure, ses fonctions et son incroyable capacité à apprendre.

A foundational biology sequence covering reproduction, cell classification, and organism traits for middle school science.

A deep dive into how animals use non-verbal signals, specifically posturing and threatening behaviors, to communicate dominance, defend territory, and avoid physical conflict. Students explore the biological 'why' behind these displays and practice identifying them across various species.

A comprehensive science sequence covering cellular biology for 6th grade and genetic inheritance for 7th grade, aligned with state-level testing standards.

A sequence of lessons exploring the specialized anatomy and physical structures of marine organisms, from basic fish biology to the complex adaptations that allow them to thrive in diverse oceanic environments.

A collection of unit review materials for middle school science, specifically targeting 6th grade living things and 7th grade body systems. These resources mirror local assessments to ensure student readiness.

A comprehensive collection of life science resources for 6th and 7th grade, covering cell theory, body systems, and defense mechanisms.

A comprehensive unit exploring how animal systems interact to maintain homeostasis, process nutrients, reproduce, and respond to environmental stimuli. This sequence covers organization, regulation, and survival mechanisms across various animal taxa.

A collection of backward-designed science lessons for middle school, utilizing assessment-driven instruction to build a strong foundation in biological concepts.

An exploration into the historical development of cell theory and the fundamental characteristics that define all living organisms, covering prokaryotic/eukaryotic, unicellular/multicellular, and autotrophic/heterotrophic traits.

A comprehensive unit exploring plant physiology and reproduction, centered around the Pando clonal colony as an anchoring phenomenon to demonstrate system interdependence.

A collection of rigorous, movement-based review activities and readiness assessments for middle school science units.

Une séquence de 6ème pour découvrir la cellule à travers des observations microscopiques, passant des végétaux aux animaux puis aux unicellulaires.

A comprehensive science sequence covering cellular biology for 6th grade and genetic inheritance for 7th grade, aligned with state-level testing standards.

A collection of backward-designed science lessons for middle school, utilizing assessment-driven instruction to build a strong foundation in biological concepts.

A 5-lesson unit for 6th-grade students exploring meiosis, chromosome reduction, and the resulting genetic diversity that makes every individual unique. Students move from understanding diploid/haploid cells to simulating the 'shuffle' of genetic traits and comparing the purposes of mitosis and meiosis.

A comprehensive 6th-grade biology sequence exploring why cells divide, the stages of the cell cycle, and the visual identification of mitosis in real biological samples through hands-on modeling and observation.

Students explore the molecular mechanisms of DNA replication, focusing on base-pairing rules, the role of enzymes, and the impact of mutations to understand how genetic continuity is maintained across generations.

This sequence explores the mechanics of mitosis and asexual reproduction through modeling, lab observations, and digital storytelling. Students learn how cells package DNA and divide into identical daughter cells, ensuring genetic continuity across generations.

A comprehensive 3-lesson unit exploring the science, chemistry, and purpose of bioluminescence in nature. Students dive into the deep sea, experiment with chemical reactions, and analyze how light is used for survival.

A three-day exploration of the interconnected roles of chloroplasts and mitochondria in cycling matter through ecosystems. Students use a lunar colony hypothetical lab to apply the scientific method to real-world gas exchange scenarios.

A two-day unit exploring the carbon cycle's movement through diverse ecosystems, focusing on how carbon storage and release impact global stability. Students examine oceans, rainforests, tundra, and local environments to understand ecological balance.

A 2-3 day project-based learning sequence where students explore the relationship between photosynthesis and cellular respiration, culminating in a creative project where they explain the cycling of matter and flow of energy in ecosystems.

A collection of lessons focused on nature and science, designed with differentiated reading materials for diverse learners including early readers and special education students.

A comprehensive marine biology curriculum exploring the structural and functional design of ocean life, from microscopic plankton to massive cetaceans. Students act as 'Ocean Architects' to understand how environmental pressures shape biological forms.

A comprehensive sequence covering introductory 6th-grade life science topics, from ecosystem dynamics to inheritance and evolutionary changes.

A scaffolded middle school unit exploring competition, energy flow, and ecosystem stability. Each lesson is tailored to specific NGSS performance expectations for grades 6, 7, and 8, building from individual organism growth to complex system dynamics.

A deep dive into how animals use non-verbal signals, specifically posturing and threatening behaviors, to communicate dominance, defend territory, and avoid physical conflict. Students explore the biological 'why' behind these displays and practice identifying them across various species.

A comprehensive science sequence covering cellular biology for 6th grade and genetic inheritance for 7th grade, aligned with state-level testing standards.

A sequence of lessons exploring the specialized anatomy and physical structures of marine organisms, from basic fish biology to the complex adaptations that allow them to thrive in diverse oceanic environments.

A 3-day exploration of the ecological impacts and ethical complexities of reintroducing wolves to Yellowstone National Park. Students analyze trophic cascades, evaluate stakeholder perspectives, and engage in a structured debate about conservation.

A comprehensive 3-week unit exploring the unique physical properties of water, its role in life and geological processes, and the dynamics of watershed systems. Students investigate polarity, cohesion, and universal solubility through hands-on labs while connecting these traits to climate moderation and the health of the Chesapeake Bay.

A comprehensive 3-week unit exploring the unique physical properties of water, its role in life and geological processes, and the dynamics of watershed systems. Students investigate polarity, cohesion, and universal solubility through hands-on labs while connecting these traits to climate moderation and the health of the Chesapeake Bay.

A comprehensive project-based sequence where students transform their medical research into professional-grade podcasts using BandLab. This unit covers the anatomy of audio storytelling, conversational scripting, and digital audio production.

A sequence focused on understanding the complex interactions within ecosystems, energy flow, and the balance of matter.

A comprehensive unit where students become environmental detectives to investigate biodiversity, interdependencies, and human impact within their local ecosystems through inquiry-based field studies.

A series of lessons focused on human-induced climate change, exploring the causes, effects, and potential solutions through data analysis and scientific inquiry.

A series focused on local environmental action and urban air quality solutions, guiding students from observation to advocacy.

A short unit focused on the Kingdom Fungi, specifically investigating the growth and structure of molds through hands-on experimentation and video analysis.

A three-day exploration of the interconnected roles of chloroplasts and mitochondria in cycling matter through ecosystems. Students use a lunar colony hypothetical lab to apply the scientific method to real-world gas exchange scenarios.

A comprehensive unit exploring the science of hearing, the technology used to assist hearing loss, and the personal impact of being D/deaf or hard of hearing. Students will build a 3D ear model, learn to read audiograms, and understand the difference between hearing aids and cochlear implants.

A comprehensive unit on cellular biology spanning from introductory middle school concepts to advanced organelle systems and specialized functions.

Une séquence immersive pour découvrir les secrets du cerveau humain, sa structure, ses fonctions et son incroyable capacité à apprendre.

A foundational biology sequence covering reproduction, cell classification, and organism traits for middle school science.

A comprehensive science sequence covering cellular biology for 6th grade and genetic inheritance for 7th grade, aligned with state-level testing standards.

A comprehensive 30-day forensic science unit for 6th grade focused on evidence-based problem solving, observation skills, biological analysis, and the ethics of the legal system. Students progress from basic observation to a culminating mock trial and cold case analysis project.

A project-based 6th-grade forensics course where students act as lead investigators to solve a campus mystery using scientific evidence, biology, and engineering principles. The course aligns with Iowa Science Standards covering cell theory, inheritance, and the engineering design process.

A sequence of lessons exploring the specialized anatomy and physical structures of marine organisms, from basic fish biology to the complex adaptations that allow them to thrive in diverse oceanic environments.

A collection of unit review materials for middle school science, specifically targeting 6th grade living things and 7th grade body systems. These resources mirror local assessments to ensure student readiness.

A comprehensive collection of life science resources for 6th and 7th grade, covering cell theory, body systems, and defense mechanisms.

A collection of backward-designed science lessons for middle school, utilizing assessment-driven instruction to build a strong foundation in biological concepts.

An exploration into the historical development of cell theory and the fundamental characteristics that define all living organisms, covering prokaryotic/eukaryotic, unicellular/multicellular, and autotrophic/heterotrophic traits.

Une séquence de 6ème pour découvrir la cellule à travers des observations microscopiques, passant des végétaux aux animaux puis aux unicellulaires.

A comprehensive one-week unit covering the foundations of cell theory, the technical mastery of microscopes, and the fascinating structures of unicellular organisms (Amoeba, Paramecium, Euglena, and Volvox).

A 5-lesson sequence for 6th-grade students focused on using visualization strategies to understand informational texts, including spatial relationships, schematic diagrams, cause-and-effect flowcharts, and concepts of scale. Students move from sensory imagery to building mental models of complex systems and processes.

A 5-lesson inquiry-based sequence for 6th-grade students exploring the biological and physiological impacts of opioids. Students learn about the brain's reward system, the lock-and-key receptor mechanism, the science of tolerance and dependency, the impact on the respiratory system, and the biological potential for recovery through neuroplasticity.

A hands-on, lab-focused sequence where students extract tangible DNA from biological material. Students learn the chemistry behind cell lysis, protein removal, and DNA precipitation, culminating in a wet-lab extraction and analysis of results.

This sequence introduces students to the biological and neurological basis of sensory processing, expanding their understanding beyond the standard five senses to include the vestibular, proprioceptive, and interoceptive systems. Students participate in labs and simulations to isolate specific sensory inputs, learning how the brain filters and prioritizes information.

This inquiry-based sequence explores the biological impact of opioids on the nervous system for 6th-grade students. It covers the science of pain signaling, the chemical 'lock and key' mechanism of receptors, the dopamine reward system, and the physiological cycle of tolerance and addiction.