An introductory lesson exploring the greenhouse effect, carbon footprints, and deforestation. Includes an engaging visual slideshow and printable guided skeleton notes to keep students active and focused during instruction.

Travaux dirigés (TD) et corrigé sur le bilan humique en Bac Pro CGEA. Permet de maîtriser les concepts clés de minéralisation (K2), d'humification (K1) et d'évolution de la matière organique à travers l'étude de cas réelle d'une exploitation agricole de polyculture-élevage.

An extension lesson focusing on environmental pressures and natural selection using the classic peppered moth case study. Designed with scaffolding, visual aids, and clear graphic organizers for 9-10th grade special education students.

A hands-on STEM lesson where students design, build, and launch water bottle rockets. They apply Newton's Laws of Motion to optimize force, mass, and aerodynamics for maximum flight distance.

A comprehensive science lesson introducing epigenetics and gene expression. Students investigate how environmental triggers like stress, nutrition, and exercise can turn genetic switches on and off in identical twins.

A comprehensive hands-on engineering lesson where students design and test gravity-fed filtration systems to explore water scarcity and water quality testing.

An introductory lesson on web design principles, covering the website design process, anatomy of a webpage, and paper wireframe sketching. Includes interactive slides, an anatomy and vocabulary worksheet, a paper-based wireframing project guide, and a comprehensive teacher guide.

A comprehensive end-of-year capstone project where students select an environmental science topic, conduct in-depth synthesis, and design a professional presentation. This packet contains a detailed teacher guide, student planning pages, checklist, and a grading rubric.

A hands-on environmental science lesson where high school students investigate schoolyard microclimates using temperature mapping and weather data, analyzing the local urban heat island effect and proposing canopy-based mitigation.

Students investigate how identical twins with identical DNA can develop different physical traits due to epigenetics. Through color-coded data sorting and sentence-by-sentence graphic organizers, students draft a complete three-paragraph scientific explanation.

A hands-on, highly scaffolded science lesson exploring how recessive alleles express their phenotypes. Students use visual icon coding, cut-and-paste labels, a simplified vocabulary bank, and guided paragraph frames to explain genetic expression step-by-step.

Craft a persuasive business pitch and deliver/review startup presentations to simulate a real-world investor round.

Deconstruct business model basics and complete a streamlined Lean Canvas for a student-led venture concept.

A project-based lesson where students research a chosen ecosystem, analyze its energy flow and biodiversity, focus on a specific species' population, and design a 'travel pitch' slide presentation with an actionable conservation plan.

A complete guide for teenagers to responsibly use AI for everyday learning tasks, mastering critical safety habits, privacy boundaries, and advanced prompting techniques.

Students analyze the causes and consequences of deforestation, mapping habitat fragmentation and designing collaborative, science-based conservation solutions.

Students investigate the rainforest as a massive climate-control engine, analyzing how evapotranspiration regulates weather and how trees act as vital global carbon sinks.

Students explore the structural layers of the rainforest (forest floor, understory, canopy, emergent layer) and model biodiversity and physical conditions across these strata.

An AP Chemistry lesson exploring solubility rules, net ionic equations, particulate representations, and the mathematical link to Ksp and equilibrium shifts. Students engage with interactive station-based task cards simulating real laboratory precipitates.

A dynamic lesson introducing the five core forms of energy: kinetic, potential, thermal, chemical, and electrical. This lesson utilizes highly engaging visual slides and structured templates to help students compare, contrast, and identify energy transformations.

A Station Rotation Lab lesson focusing on natural selection and survival of the fittest using the real-world Rock Pocket Mouse scenario, designed to be high school special education friendly.

A comprehensive graphing skills lesson in biology. Students will learn how to parse, select, and construct five key graph types (pie, line, bar, double line, and logarithmic graphs) using authentic biological datasets.

A comprehensive MCAS Chemistry preparation module containing a visual-heavy study guide, a high-structure test-taking checklist/reference sheet, and a detailed teacher answer guide.

An in-depth investigation into the ecological, cellular, and evolutionary mechanics of trees. Students analyze carbon sequestration, vascular transport, angiosperm vs. gymnosperm taxonomy, and design conservation strategies.

Étude de l'écophysiologie végétale, de la classification et des critères de reconnaissance des végétaux. Ce module montre comment les plantes s'adaptent aux contraintes environnementales (stress hydrique, sol, climat) et comment ces connaissances guident les choix professionnels d'aménagement et de culture.

Approche de la biologie de la reproduction végétale (fleur, graines, pollinisation) et des techniques de multiplication horticole. Les élèves étudient l'anatomie florale, les cycles de développement et pratiquent des gestes techniques professionnels (bouturage, greffage).

Exploration de la physiologie et de la nutrition végétale. Ce chapitre analyse le processus de photosynthèse, la respiration cellulaire, la transpiration foliaire, l'absorption de l'eau et des minéraux par les racines et la double circulation des sèves.

Étude de l'anatomie et de la morphologie des plantes horticoles et forestières. Les élèves apprennent à identifier les organes principaux (racines, tiges, feuilles, bourgeons), la structure des tissus végétaux et leur importance pour les pratiques professionnelles de taille et d'entretien.

A creative science project lesson where students design a travel brochure or guided tour for a real-world ecosystem, integrating ecology concepts like biodiversity, disruptions, and conservation.

A rigorous, Georgia Milestones Biology EOC-aligned formative assessment pack focusing on the characteristics of life and homeostasis. This lesson contains highly structured bellringers, daily exit tickets, a diagnostic-style quiz, and a comprehensive teacher answer key and guide emphasizing graph, variable, and experimental data analysis.

A targeted prep lesson designed to master positive and negative feedback loops for the Georgia Milestones Biology EOC assessment. Includes rigorous, standards-aligned practice questions and a detailed teacher explanation guide.

An assessment-focused lesson designed to test 9th-grade students on the structure and function of the four major biological macromolecules: carbohydrates, lipids, proteins, and nucleic acids.

A 9th-grade biology lesson focused on the structure, monomers, and functions of the four major biological macromolecules (carbohydrates, lipids, proteins, and nucleic acids). Students will explore how these molecules build life and demonstrate mastery through a rigorous, I-Learn styled quiz.

A rigorous assessment and practice suite designed to prepare students for standardized science exams. It focuses on the characteristics of life through scenario-based multiple-choice questions and evidence-based experimental data analysis.

A custom accommodated quiz pack on genetics, designed specifically for students with reading, writing, math, and executive functioning challenges. Includes a highly scaffolded student quiz and a comprehensive teacher answer key with pedagogical guidance.

A scaffolded 2-page assessment and corresponding answer key covering prokaryotic and eukaryotic cells, including bacteria, plant, animal, and human cells. Features visual matching, labeling with word banks, sentence frames, and guided sentence starters, scaled to 50 points total.

A comprehensive biology lesson on homeostasis and biological feedback mechanisms, aligned with Indiana Academic Standard Biology B.1.4. The lesson includes a highly visual slide deck and matching guided student notesheets with graphic organizers and real-world case studies.

A highly visual, scaffolded assessment and corresponding answer key covering atmospheric layers, resource classification, carbon footprints, biological levels, trophic webs, ice proxies, and photosynthesis.

An integrated science and social studies lesson exploring how regional ecosystems and native species supported historical Indigenous communities across North America. Students analyze the ecological relationships and cultural adaptations of three distinct regions.

An immersive, self-directed survival simulation where students work in teams to solve creative engineering and resource-management challenges. Designed to keep the entire classroom deeply engaged and collaborative while the teacher conducts one-on-one sessions.

A comprehensive evaluation of baking methods, ingredients, yeast dough preparation, and laminating techniques for Culinary Arts students. Includes a student exam and a matching teacher answer key.

A comprehensive Semester 2 Final Exam for a high school or college Culinary Arts course, covering mixing methods, baking ingredients, leavening agents, quick breads, yeast breads, pies/pastries, lamination, and baker's percentages. Includes a student-ready exam and a fully annotated teacher's answer key.