Earth Science & Astronomy

Set of 8 printable clue cards for the Photosynthesis Phantom lab. Each card presents a biological finding (light wavelengths, starch test, soil chemistry) to help students eliminate suspects.

Set of 8 printable clue cards for the Mineral Marauder lab. Each card presents a geological finding (hardness, luster, UV glow) to help students eliminate suspects.

Facilitation guide for the Photosynthesis Phantom mystery. Includes learning objectives, logic chain, and detailed answer key.

Student case file for the Photosynthesis Phantom mystery. Focuses on plant biology, light wavelengths, and soil chemistry to identify a saboteur.

Facilitation guide for the Mineral Marauder mystery. Includes learning objectives, logic chain, and detailed answer key.

Student case file for the Mineral Marauder mystery. Focuses on mineral properties like hardness, luster, and density to identify a thief.

Facilitation guide for the Element Heist mystery. Includes learning objectives, logic chain, and detailed answer key.

Set of 8 printable clue cards for the Element Heist lab. Each card presents a chemical finding (flame test, atomic mass, periodic trends) to help students eliminate suspects.

Student case file for the Element Heist mystery. Focuses on periodic trends, atomic structure, and chemical reactions to identify a thief.

Facilitation guide for the Circuit Saboteur mystery. Includes learning objectives, logic chain, and detailed answer key.

Set of 8 printable clue cards for the Circuit Saboteur lab. Each card presents an electrical finding (resistance, voltage, magnetism) to help students eliminate suspects.

Student case file for the Circuit Saboteur mystery. Focuses on electricity, resistance, and circuit configurations to identify a saboteur.

Facilitation guide for the Petri Dish Pandemic mystery. Includes learning objectives, logic chain, and detailed answer key.

Set of 8 printable clue cards for the Petri Dish Pandemic lab. Each card presents a microbiological finding (Gram stain, shape, oxygen needs) to help students eliminate suspects.

Student case file for the Petri Dish Pandemic mystery. Focuses on microbiology, Gram staining, and bacterial morphology to identify a contaminator.

Introductory slide deck for the Meltdown Mystery lab. Sets the stage with a high-stakes narrative, introduces the mission objectives, and provides forensic guidelines for students.

Facilitation guide for teachers featuring setup instructions, learning objectives, and a comprehensive answer key with logic breakdowns for each of the 8 clues.

Set of 8 printable clue cards for the Meltdown Mystery lab. Each card presents a scientific observation (pH, density, magnetism, etc.) to help students eliminate suspects.

Student case file and evidence log for the Meltdown Mystery lab activity. Includes suspect profiles and a structured area for recording scientific findings from 8 clues. Increased writing space for students.

A structured field log for 6th grade students to record their findings during the Earth Structures Scavenger Hunt. Includes a reflection section on sphere interactions.

An educator's guide for the Sabertooth Secrets lesson, including a full answer key and instructional notes on Smilodon fatalis.

A student worksheet designed to be used alongside the Sabertooth Secrets presentation, updated to include Smilodon genus and extinction questions.

A visual slide deck about Sabertooth cats, featuring instructional text on biological classification, prehistoric facts, and Smilodon genus specifics with comprehension questions.

Updated teacher guide with a dedicated EL Scaffolding Strategies section, providing specific instructional moves to support language learners throughout the lesson.

Updated matrix worksheet with an Evidence Word Bank and sentence starters to lower the barrier for English Learners to participate in evidence-based scientific argumentation.

Updated lab with a Scientist's Word Bank and sentence frames to provide scaffolding for English Learners during data analysis and scientific writing.

Updated slides with a Scientific Word Wall and simplified language to support English Learners in understanding key evolutionary concepts.

A creative activity where students illustrate the processes of the rock cycle through a 4-panel comic strip, using key vocabulary like weathering, pressure, and melting.

A lab worksheet for students to record their observations of mineral physical properties (color, luster, hardness, streak, cleavage) during Investigation 1.

An investigation into soil layers and composition, exploring how organic matter and weathered rock combine to support life.

A visual presentation for Investigation 3 of the Earth Materials unit, focusing on the processes of the rock cycle including weathering, erosion, deposition, melting, and metamorphism.

A visual presentation for Investigation 2 of the Earth Materials unit, focusing on the three main rock types (igneous, sedimentary, metamorphic), their formation processes, and key identifying features.

A visual presentation for Investigation 1 of the Earth Materials unit, covering the five primary physical properties used to identify minerals: color, luster, hardness, streak, and cleavage/fracture.

An answer key and grading rubric for the 'Time Traveler Practice' assessment, including EOC question rationales and TELPAS proficiency exemplars.

Updated practice assessment for 9th-grade biology with a content-specific word bank and scaffolded questions on the fossil record and transitional fossils.

Updated graphic organizer for 9th-grade biology with a comprehensive word bank to support vocabulary acquisition and evidence comparison.

Instructional slides for the 'History in Stone' lesson, featuring visual analysis of transitional fossils, horse evolution, and EOC/TELPAS practice slides.

A comprehensive teacher guide for a biology lesson on the fossil record and transitional fossils, featuring TEKS alignment, TELPAS strategies, and instructional steps.

Facilitation guide for teachers including lesson pacing, video timestamps for discussion, answer keys for the timeline activity, and reflection prompts.

Student worksheet for tracking geological eras from the video and calculating the measurements for the toilet paper timeline activity.

A structured field log for 6th grade students to record their findings during the Earth Structures Scavenger Hunt. Includes a reflection section on sphere interactions.

A set of 12 scavenger hunt task cards focused on Earth's structures, spheres, and the rock cycle. Each card creates a self-correcting path for 6th grade students to follow around the room.

A comprehensive teacher facilitation guide for the Earth Structures Scavenger Hunt, featuring setup instructions, a master answer key for the self-correcting loop, and pedagogical tips.

A structured recording sheet for students to use during the Body Systems Scavenger Hunt. It includes space for tracking 12 stations and a final reflection question on system interactions.

A set of 12 scavenger hunt task cards formatted as 'Medical Case Files'. Each card contains a question and an answer to a different card, creating a self-correcting loop for students to follow around the classroom.

A comprehensive teacher facilitation guide for the Body Systems Scavenger Hunt, featuring setup instructions, a master answer key for the self-correcting loop, and tips for classroom engagement.

Le corrigé détaillé de l'exercice de type 1 sur l'expansion océanique, avec le plan de rédaction, les arguments scientifiques clés et les critères de notation.

Un exercice de type 1 du baccalauréat portant sur les arguments de l'expansion océanique, incluant une consigne formelle et des conseils méthodologiques.

Un guide pour l'enseignant détaillant la gestion du temps, les compétences évaluées, les erreurs fréquentes des élèves et les critères de notation pour l'évaluation sur la lithosphère.

Le corrigé détaillé de l'évaluation sur la lithosphère avec les réponses aux QCM, les points clés de la synthèse et les calculs de vitesse d'expansion.

Une interrogation de SVT sur la lithosphère incluant des QCM, une question de synthèse sur le moteur de la subduction, et un exercice de calcul de vitesse d'expansion océanique.

A student activity sheet for the Resource Lottery simulation, featuring a mining log and reflection questions connecting geology to economics.

Printable mineral tokens for the Resource Lottery activity, featuring various resources with assigned economic values and optimized for easy cutting.

Geological profile cards for the Resource Lottery activity, each detailing a country's tectonic history and specific mining rules.

A visual presentation for the Earth's Hidden Wealth lesson, covering geological distribution, strategic minerals like Lithium and Cobalt, and the socio-economic impacts of mining.

A teacher facilitation guide for the Earth's Hidden Wealth lesson, including a timeline, background information, and an activity key.

A visual presentation for the Earth Surface Science lesson, featuring the Earth Systems wheel, the Iceland video segment, and lab instructions for Geomorphology and Pedology.

A student worksheet for the 'Spheres of Influence' lesson. It features a warm-up table for 'I Spy Spheres,' a video analysis section with guiding questions, a large drawing area for mapping a local ecosystem's sphere interactions, and a final reflection space.

Visual station instructions for the 'Rocks vs. Soil' lab activity, providing clear tasks for Station 1 (Geomorphology) and Station 2 (Pedology).

A comprehensive slide deck for High School Environmental Science introducing the four Earth systems (Atmosphere, Hydrosphere, Lithosphere, Biosphere). Includes a warm-up activity, embedded Crash Course video with guiding questions, a case study on the Great Barrier Reef, and instructions for a local ecosystem mapping activity.

An educator's guide for the Sabertooth Secrets lesson, including a full answer key and instructional notes on Smilodon fatalis.

A student worksheet designed to be used alongside the Sabertooth Secrets presentation, updated to include Smilodon genus and extinction questions.

A visual slide deck about Sabertooth cats, featuring instructional text on biological classification, prehistoric facts, and Smilodon genus specifics with comprehension questions.

A quick formative assessment for the end of the lesson, featuring two identical tickets per page for easy printing. It tests students on layer sequencing, fossil relative dating, and the formation process.

A comprehensive lesson plan for teachers, outlining objectives, materials, and a step-by-step instructional procedure for teaching sedimentary rock formation and fossil sequencing.

A teacher's answer key for the Rock Record Worksheet, providing correct sequencing, explanations for layer relative dating, and evidence for ancient plant life.

A student worksheet for practicing the sequencing of sedimentary rock formation and analyzing fossil layers. It includes a step-by-step ordering task and short-answer questions.

A comprehensive visual presentation covering the definition of sedimentary rocks, the four-step formation sequence, and the concept of relative dating using rock layers and fossils.

An educational anchor chart illustrating the four-step sequence of sedimentary rock formation and the concept of fossil age layers. It features a field-journal aesthetic with clear visual diagrams of rock stratification.

Updated teacher guide with a dedicated EL Scaffolding Strategies section, providing specific instructional moves to support language learners throughout the lesson.

Updated matrix worksheet with an Evidence Word Bank and sentence starters to lower the barrier for English Learners to participate in evidence-based scientific argumentation.

Updated lab with a Scientist's Word Bank and sentence frames to provide scaffolding for English Learners during data analysis and scientific writing.

Updated slides with a Scientific Word Wall and simplified language to support English Learners in understanding key evolutionary concepts.

An answer key and grading rubric for the 'Time Traveler Practice' assessment, including EOC question rationales and TELPAS proficiency exemplars.

Updated practice assessment for 9th-grade biology with a content-specific word bank and scaffolded questions on the fossil record and transitional fossils.

Updated graphic organizer for 9th-grade biology with a comprehensive word bank to support vocabulary acquisition and evidence comparison.

Instructional slides for the 'History in Stone' lesson, featuring visual analysis of transitional fossils, horse evolution, and EOC/TELPAS practice slides.

A comprehensive teacher guide for a biology lesson on the fossil record and transitional fossils, featuring TEKS alignment, TELPAS strategies, and instructional steps.

A structured worksheet for undergraduate students to map the correlations between geological events and hominid evolution, including a warm-up on the bottleneck effect and an exit ticket.

A comprehensive 60-minute facilitation guide for instructors, featuring a detailed lesson agenda, teaching moments from the Crash Course video, and discussion prompts for undergraduate anthropology students.

Student task cards for the Earthquake Proof activity, outlining goals, material options, engineering tips, and testing procedures.

A reflective journal for students to record their thoughts on structural stability, ancient material choices, and future engineering challenges.

An engineering lab sheet for the Shake Test activity, where students sketch their designs, record observations during the earthquake simulation, and analyze their results.

Visual presentation for the Epic Foundations lesson, featuring the Wonders of the World video, engineering concepts, and the Shake Test challenge.

A comprehensive teacher facilitation guide for the Epic Foundations lesson, featuring pacing, video timestamps, and detailed activity instructions for the earthquake simulation.

A student reflection journal page for synthesizing lab observations and video content regarding weathering and erosion.

A group activity guide for the Erosion Lab, featuring step-by-step simulation instructions for wind and water forces, plus observation areas for sketching and notes.

A visual presentation for the Earth Sculptors lesson, featuring images of the Grand Canyon, an embedded YouTube video on erosion, vocabulary slides, and lab instructions.

A comprehensive teacher facilitation guide for the Earth Sculptors lesson, including learning objectives, materials lists, step-by-step procedures, and discussion prompts.

A structured worksheet for undergraduate students to map the correlations between geological events and hominid evolution, including a warm-up on the bottleneck effect and an exit ticket.

A comprehensive 60-minute facilitation guide for instructors, featuring a detailed lesson agenda, teaching moments from the Crash Course video, and discussion prompts for undergraduate anthropology students.

A printable template for teachers to create irregular stone shapes from cardboard or foam, essential for the Mountain Masters hands-on masonry activity.

A student activity sheet for the Mountain Masters lesson, including observation prompts for the warm-up, a design area for their wall, and a results section for the shake table test.

A visual presentation for the Mountain Masters lesson, guiding students through the warm-up, video viewing (with embedded YouTube link), and the STEM masonry challenge.

A comprehensive teacher guide for the Mountain Masters lesson, including learning objectives, a detailed 50-minute lesson flow, and practical setup tips for the 'shake table' experiment.

An exit ticket and extension activity where students research a city on the Ring of Fire, predict its tectonic risks, and suggest human adaptation strategies.

Instructional slides for the Volcano Vibe Check lesson, featuring video integration, science concepts, and activity instructions.

A tectonic plate boundary overlay designed to be printed on transparency film. It aligns with the Mapping the Ring Worksheet to demonstrate the correlation between plate boundaries and natural disasters.

Facilitation guide for teachers to lead the Quake Shakers lesson, including equipment checklists, pacing, and differentiation strategies.

A student worksheet for the mapping activity, including a simplified world map grid for plotting historical disaster sites and reflection questions for analysis.

A visual presentation deck for 6th-grade students. Updated with a specific focus on Southern Virginia watersheds, including the Roanoke River system and the unique northward flow of the New River.

A technical graphic organizer for mapping watershed features. Updated to include specific details on Southern Virginia's drainage systems, including the Roanoke, Chowan, and New River paths.

A 3-page student activity pack containing lab sheets for weeks 3, 4, and 5. Updated to include Southern Virginia report card scenarios for the Roanoke and New Rivers.

A comprehensive 10-session teacher guide for a 5-week unit on water properties and watersheds. Updated to include detailed instructional procedures for weeks 1 through 5, including energy, weathering, and watershed systems.

Teacher answer key and scoring resource for the 9th-grade extension labs. Includes chemical benchmarks for filtration, specific heat formula applications, and a GIS delineation checklist.

Advanced 3-page student lab manual for 9th graders. Includes quantitative filtration analysis (TDS/pH), specific heat lab data graphing, and GIS-based watershed delineation tasks.

Advanced slide deck for 9th-grade Earth Science, including chemical solubility metrics (TDS/pH), karst topography, specific heat calculations, GIS watershed delineation, and eutrophication science.

An expanded teacher guide for 9th graders, moving from 2 sessions to 3 sessions per week (15 total). Includes advanced deep-dive activities, quantitative lab analysis, and GIS mapping extensions.

A technical graphic organizer for mapping watershed features, including ridges, tributaries, estuaries, and the Chesapeake Bay. Designed for student labeling and identifying Virginia-specific systems.

A 3-page student logbook containing the engineering filter lab sheet, core reading passages on water properties (SOL 6.6) and watersheds (SOL 6.8), and critical thinking reflection prompts.

A visual presentation deck for 6th-grade students covering the physical properties of water (universal solvent, cohesion, adhesion, thermal energy) and the complexity of Virginia's watershed systems. Designed with high-contrast, large text for readability.

A comprehensive 10-session teacher guide for a 5-week unit on water properties and watersheds. Includes pacing schedules, daily session objectives, teacher tips, questioning frameworks, and differentiation strategies.

A comprehensive teacher facilitation guide for the leaf pack lesson, featuring pacing, essential questions, tiered differentiation strategies for grades 5-9, and assessment keys.

A student activity sheet for documenting macroinvertebrate findings, calculating water quality scores, and analyzing human environmental impact. Features differentiated sections for middle school learners.

A comprehensive slide deck for a leaf pack examination lesson, covering macroinvertebrate biology, functional feeding groups, bio-indicators, and human impact on aquatic ecosystems.

A comprehensive teacher guide for the Net Gains lesson. Includes a 3-4 day instructional roadmap, key discussion prompts for high school students, a worksheet answer key, and differentiation strategies for advanced and struggling learners.

A summative project guide where students act as the 'Director of Marine Resources' for a specific nation. They must design a 10-year fishing management plan that addresses economic needs, ethical fishing methods, enforcement technology, and biodiversity recovery.

A comprehensive student worksheet designed for high school level analysis. It includes short-answer questions on global fishing reliance, a scenario-based impact table (Ban vs. No Rules), and a deep-dive ethical reasoning section regarding bycatch and recreational fishing.

A comprehensive reading passage for high school students detailing the history of fishing from ancient times to modern commerce. It covers global reliance (Japan vs. USA), the economic impact of the $400B industry, and the ecological consequences of bycatch and overfishing.

A 10-slide presentation for high school students covering the history, economic importance, environmental impact, and ethical debates surrounding global fishing. It includes visual data on bycatch, biodiversity, and future sustainability scenarios.

A set of 12 printable task cards for first-grade students to practice identifying attributes, similarities, and differences in shapes, colors, weather, and objects.

A graphic organizer for first graders to compare sunny vs. rainy weather and a Lion vs. a Mouse. It features guided writing spaces and a kid-friendly Venn diagram layout.

A first-grade pretest worksheet featuring matching activities for attributes, odd-one-out exercises for differences, and a drawing section for identifying similarities.

A printable 'Weather Diary' worksheet for Pre-K students to record their daily observations of the sky, temperature, and clothing choices.

A set of printable matching cards for the 'Dress the Scout' game, featuring weather conditions and corresponding clothing items for active Pre-K learning.

A printable Weather Wheel activity for Pre-K students to color, assemble, and use to track daily weather patterns.

Engaging and highly visual slides for Pre-K students to identify and act out different weather patterns, featuring clear icons and simple vocabulary.

A comprehensive teacher's guide for the Weather Watchers lesson, featuring circle time routines, visual discovery steps, and hands-on activities for Pre-K students.

An instructional slide deck for the Weather vs. Climate lesson, featuring the Dr. Shepherd analogy, a Crash Course Geography video embed, and clear definitions.

A printable exit ticket for students to reflect on the difference between weather and climate using their local surroundings as examples. Two tickets per page.

A set of 8 printable sorting cards featuring various weather and climate scenarios for students to categorize.

A comprehensive teacher guide for the Mood vs. Personality lesson, including pacing, objective, instructional steps, and an answer key for the sorting activity.

A student drawing sheet for the closure activity where students illustrate themselves enjoying summer activities in the month of July.

Four high-visibility season posters (Winter, Spring, Summer, Fall) with large text and icons for classroom sorting activities.

A 6-slide visual presentation for the Season Search lesson, featuring Justin's problem, the Months of the Year video, and instructions for the Seasonal Sort activity.

A comprehensive teacher guide for the Season Search lesson, outlining objectives, materials, and step-by-step facilitation instructions for Kindergarten students.

Teaching guide for the Sky Scouts lesson, including a detailed pacing guide, discussion prompts for the video, and an answer key for the sorting activity.

Sorting cards and bucket labels for the Weather Wardrobe activity, featuring phrases about current weather and long-term climate patterns.

Student field guide for the Sky Scouts lesson, featuring observational tasks, video comprehension questions, and a creative climate-themed design activity.

Visual presentation for the Sky Scouts lesson, covering weather vs. climate definitions, the 1997 Miami tornado video analysis, and activity instructions.

Évaluation finale de 15 minutes portant sur l'ensemble de la séquence "Observatoire Climat". Comprend des questions à choix multiples et une question de synthèse sur les boucles de rétroaction.

Guide pédagogique pour l'enseignant pour la séance 3. Inclut le corrigé des activités sur les rétroactions, la montée des eaux et les stratégies d'action.

Fiche d'activité finale sur les conséquences du réchauffement climatique et les solutions. Inclut un exercice sur les boucles de rétroaction, la montée des eaux et la distinction entre atténuation et adaptation.

Support de présentation pour la troisième séance du module "Observatoire Climat". Cette séance aborde les conséquences du réchauffement climatique (boucles de rétroaction, montée des eaux) et les leviers d'action pour l'atténuation et l'adaptation.

Guide pédagogique pour l'enseignant pour la séance 2. Contient les points clés sur la courbe de Keeling, le cycle du carbone et les réponses détaillées aux activités élèves.

A visual presentation deck for 6th-grade students. Updated with a specific focus on Southern Virginia watersheds, including the Roanoke River system and the unique northward flow of the New River.

Fiche d'activité élève pour la séance 2. Propose une analyse des courbes historiques de CO2/Température, un schéma du cycle du carbone à compléter et un exercice sur le forçage radiatif.

A technical graphic organizer for mapping watershed features. Updated to include specific details on Southern Virginia's drainage systems, including the Roanoke, Chowan, and New River paths.

Support de présentation pour la deuxième séance du module "Observatoire Climat". Cette séance analyse les données de la courbe de Keeling, le forçage radiatif, le cycle du carbone et les archives glaciaires.

Guide pédagogique pour l'enseignant pour la séance 1. Contient les objectifs, le minutage détaillé de la séance de 2 heures et le corrigé des activités élèves.

Fiche d'activité pour les élèves sur le bilan radiatif et l'effet de serre. Comprend des questions de compréhension, un exercice de calcul du bilan énergétique et un tableau comparatif sur les gaz à effet de serre.

Support de présentation pour la première séance du module "Observatoire Climat". Ces diapositives détaillent les concepts physiques de l'effet de serre, le rôle des différents gaz (CO2, CH4, H2O) et le principe du bilan radiatif terrestre.

A 3-page student activity pack containing lab sheets for weeks 3, 4, and 5. Updated to include Southern Virginia report card scenarios for the Roanoke and New Rivers.

A comprehensive 10-session teacher guide for a 5-week unit on water properties and watersheds. Updated to include detailed instructional procedures for weeks 1 through 5, including energy, weathering, and watershed systems.

Teacher answer key and scoring resource for the 9th-grade extension labs. Includes chemical benchmarks for filtration, specific heat formula applications, and a GIS delineation checklist.

Advanced 3-page student lab manual for 9th graders. Includes quantitative filtration analysis (TDS/pH), specific heat lab data graphing, and GIS-based watershed delineation tasks.

Advanced slide deck for 9th-grade Earth Science, including chemical solubility metrics (TDS/pH), karst topography, specific heat calculations, GIS watershed delineation, and eutrophication science.

An expanded teacher guide for 9th graders, moving from 2 sessions to 3 sessions per week (15 total). Includes advanced deep-dive activities, quantitative lab analysis, and GIS mapping extensions.

A technical graphic organizer for mapping watershed features, including ridges, tributaries, estuaries, and the Chesapeake Bay. Designed for student labeling and identifying Virginia-specific systems.

A 3-page student logbook containing the engineering filter lab sheet, core reading passages on water properties (SOL 6.6) and watersheds (SOL 6.8), and critical thinking reflection prompts.

Le corrigé détaillé de l'exercice de type 1 sur l'expansion océanique, avec le plan de rédaction, les arguments scientifiques clés et les critères de notation.

Un exercice de type 1 du baccalauréat portant sur les arguments de l'expansion océanique, incluant une consigne formelle et des conseils méthodologiques.

Un guide pour l'enseignant détaillant la gestion du temps, les compétences évaluées, les erreurs fréquentes des élèves et les critères de notation pour l'évaluation sur la lithosphère.

Le corrigé détaillé de l'évaluation sur la lithosphère avec les réponses aux QCM, les points clés de la synthèse et les calculs de vitesse d'expansion.

Une interrogation de SVT sur la lithosphère incluant des QCM, une question de synthèse sur le moteur de la subduction, et un exercice de calcul de vitesse d'expansion océanique.

Évaluation finale de 15 minutes portant sur l'ensemble de la séquence "Observatoire Climat". Comprend des questions à choix multiples et une question de synthèse sur les boucles de rétroaction.

Guide pédagogique pour l'enseignant pour la séance 3. Inclut le corrigé des activités sur les rétroactions, la montée des eaux et les stratégies d'action.

Fiche d'activité finale sur les conséquences du réchauffement climatique et les solutions. Inclut un exercice sur les boucles de rétroaction, la montée des eaux et la distinction entre atténuation et adaptation.

Support de présentation pour la troisième séance du module "Observatoire Climat". Cette séance aborde les conséquences du réchauffement climatique (boucles de rétroaction, montée des eaux) et les leviers d'action pour l'atténuation et l'adaptation.

Guide pédagogique pour l'enseignant pour la séance 2. Contient les points clés sur la courbe de Keeling, le cycle du carbone et les réponses détaillées aux activités élèves.

A visual presentation deck for 6th-grade students. Updated with a specific focus on Southern Virginia watersheds, including the Roanoke River system and the unique northward flow of the New River.

Fiche d'activité élève pour la séance 2. Propose une analyse des courbes historiques de CO2/Température, un schéma du cycle du carbone à compléter et un exercice sur le forçage radiatif.

A technical graphic organizer for mapping watershed features. Updated to include specific details on Southern Virginia's drainage systems, including the Roanoke, Chowan, and New River paths.

Support de présentation pour la deuxième séance du module "Observatoire Climat". Cette séance analyse les données de la courbe de Keeling, le forçage radiatif, le cycle du carbone et les archives glaciaires.

Guide pédagogique pour l'enseignant pour la séance 1. Contient les objectifs, le minutage détaillé de la séance de 2 heures et le corrigé des activités élèves.

Fiche d'activité pour les élèves sur le bilan radiatif et l'effet de serre. Comprend des questions de compréhension, un exercice de calcul du bilan énergétique et un tableau comparatif sur les gaz à effet de serre.

Support de présentation pour la première séance du module "Observatoire Climat". Ces diapositives détaillent les concepts physiques de l'effet de serre, le rôle des différents gaz (CO2, CH4, H2O) et le principe du bilan radiatif terrestre.

A 3-page student activity pack containing lab sheets for weeks 3, 4, and 5. Updated to include Southern Virginia report card scenarios for the Roanoke and New Rivers.

A comprehensive 10-session teacher guide for a 5-week unit on water properties and watersheds. Updated to include detailed instructional procedures for weeks 1 through 5, including energy, weathering, and watershed systems.

Teacher answer key and scoring resource for the 9th-grade extension labs. Includes chemical benchmarks for filtration, specific heat formula applications, and a GIS delineation checklist.

A structured field log for 6th grade students to record their findings during the Earth Structures Scavenger Hunt. Includes a reflection section on sphere interactions.

A set of 12 scavenger hunt task cards focused on Earth's structures, spheres, and the rock cycle. Each card creates a self-correcting path for 6th grade students to follow around the room.

A comprehensive teacher facilitation guide for the Earth Structures Scavenger Hunt, featuring setup instructions, a master answer key for the self-correcting loop, and pedagogical tips.

A structured recording sheet for students to use during the Body Systems Scavenger Hunt. It includes space for tracking 12 stations and a final reflection question on system interactions.

A set of 12 scavenger hunt task cards formatted as 'Medical Case Files'. Each card contains a question and an answer to a different card, creating a self-correcting loop for students to follow around the classroom.

A comprehensive teacher facilitation guide for the Body Systems Scavenger Hunt, featuring setup instructions, a master answer key for the self-correcting loop, and tips for classroom engagement.

Un guide pour l'enseignant détaillant la gestion du temps, les compétences évaluées, les erreurs fréquentes des élèves et les critères de notation pour l'évaluation sur la lithosphère.

Le corrigé détaillé de l'évaluation sur la lithosphère avec les réponses aux QCM, les points clés de la synthèse et les calculs de vitesse d'expansion.

Une interrogation de SVT sur la lithosphère incluant des QCM, une question de synthèse sur le moteur de la subduction, et un exercice de calcul de vitesse d'expansion océanique.

A visual presentation deck for 6th-grade students. Updated with a specific focus on Southern Virginia watersheds, including the Roanoke River system and the unique northward flow of the New River.

A technical graphic organizer for mapping watershed features. Updated to include specific details on Southern Virginia's drainage systems, including the Roanoke, Chowan, and New River paths.

A 3-page student activity pack containing lab sheets for weeks 3, 4, and 5. Updated to include Southern Virginia report card scenarios for the Roanoke and New Rivers.

A comprehensive 10-session teacher guide for a 5-week unit on water properties and watersheds. Updated to include detailed instructional procedures for weeks 1 through 5, including energy, weathering, and watershed systems.

Teacher answer key and scoring resource for the 9th-grade extension labs. Includes chemical benchmarks for filtration, specific heat formula applications, and a GIS delineation checklist.

Advanced 3-page student lab manual for 9th graders. Includes quantitative filtration analysis (TDS/pH), specific heat lab data graphing, and GIS-based watershed delineation tasks.

Advanced slide deck for 9th-grade Earth Science, including chemical solubility metrics (TDS/pH), karst topography, specific heat calculations, GIS watershed delineation, and eutrophication science.

An expanded teacher guide for 9th graders, moving from 2 sessions to 3 sessions per week (15 total). Includes advanced deep-dive activities, quantitative lab analysis, and GIS mapping extensions.

A technical graphic organizer for mapping watershed features, including ridges, tributaries, estuaries, and the Chesapeake Bay. Designed for student labeling and identifying Virginia-specific systems.

A 3-page student logbook containing the engineering filter lab sheet, core reading passages on water properties (SOL 6.6) and watersheds (SOL 6.8), and critical thinking reflection prompts.

A visual presentation deck for 6th-grade students covering the physical properties of water (universal solvent, cohesion, adhesion, thermal energy) and the complexity of Virginia's watershed systems. Designed with high-contrast, large text for readability.

Set of 8 printable clue cards for the Photosynthesis Phantom lab. Each card presents a biological finding (light wavelengths, starch test, soil chemistry) to help students eliminate suspects.

Set of 8 printable clue cards for the Mineral Marauder lab. Each card presents a geological finding (hardness, luster, UV glow) to help students eliminate suspects.

Facilitation guide for the Photosynthesis Phantom mystery. Includes learning objectives, logic chain, and detailed answer key.

Student case file for the Photosynthesis Phantom mystery. Focuses on plant biology, light wavelengths, and soil chemistry to identify a saboteur.

Facilitation guide for the Mineral Marauder mystery. Includes learning objectives, logic chain, and detailed answer key.

Student case file for the Mineral Marauder mystery. Focuses on mineral properties like hardness, luster, and density to identify a thief.

Facilitation guide for the Element Heist mystery. Includes learning objectives, logic chain, and detailed answer key.

Set of 8 printable clue cards for the Element Heist lab. Each card presents a chemical finding (flame test, atomic mass, periodic trends) to help students eliminate suspects.

Student case file for the Element Heist mystery. Focuses on periodic trends, atomic structure, and chemical reactions to identify a thief.

Facilitation guide for the Circuit Saboteur mystery. Includes learning objectives, logic chain, and detailed answer key.

Set of 8 printable clue cards for the Circuit Saboteur lab. Each card presents an electrical finding (resistance, voltage, magnetism) to help students eliminate suspects.

Student case file for the Circuit Saboteur mystery. Focuses on electricity, resistance, and circuit configurations to identify a saboteur.

Facilitation guide for the Petri Dish Pandemic mystery. Includes learning objectives, logic chain, and detailed answer key.

Set of 8 printable clue cards for the Petri Dish Pandemic lab. Each card presents a microbiological finding (Gram stain, shape, oxygen needs) to help students eliminate suspects.

Student case file for the Petri Dish Pandemic mystery. Focuses on microbiology, Gram staining, and bacterial morphology to identify a contaminator.

Introductory slide deck for the Meltdown Mystery lab. Sets the stage with a high-stakes narrative, introduces the mission objectives, and provides forensic guidelines for students.

Facilitation guide for teachers featuring setup instructions, learning objectives, and a comprehensive answer key with logic breakdowns for each of the 8 clues.

Set of 8 printable clue cards for the Meltdown Mystery lab. Each card presents a scientific observation (pH, density, magnetism, etc.) to help students eliminate suspects.

Student case file and evidence log for the Meltdown Mystery lab activity. Includes suspect profiles and a structured area for recording scientific findings from 8 clues. Increased writing space for students.

A teacher guide containing instructional tips, common misconceptions, and a detailed answer key for the eclipse DOK assessment.

Évaluation finale de 15 minutes portant sur l'ensemble de la séquence "Observatoire Climat". Comprend des questions à choix multiples et une question de synthèse sur les boucles de rétroaction.

Guide pédagogique pour l'enseignant pour la séance 3. Inclut le corrigé des activités sur les rétroactions, la montée des eaux et les stratégies d'action.

Fiche d'activité finale sur les conséquences du réchauffement climatique et les solutions. Inclut un exercice sur les boucles de rétroaction, la montée des eaux et la distinction entre atténuation et adaptation.

Support de présentation pour la troisième séance du module "Observatoire Climat". Cette séance aborde les conséquences du réchauffement climatique (boucles de rétroaction, montée des eaux) et les leviers d'action pour l'atténuation et l'adaptation.

Guide pédagogique pour l'enseignant pour la séance 2. Contient les points clés sur la courbe de Keeling, le cycle du carbone et les réponses détaillées aux activités élèves.

A visual presentation deck for 6th-grade students. Updated with a specific focus on Southern Virginia watersheds, including the Roanoke River system and the unique northward flow of the New River.

Fiche d'activité élève pour la séance 2. Propose une analyse des courbes historiques de CO2/Température, un schéma du cycle du carbone à compléter et un exercice sur le forçage radiatif.

A technical graphic organizer for mapping watershed features. Updated to include specific details on Southern Virginia's drainage systems, including the Roanoke, Chowan, and New River paths.