Learning Through Nature

Bring cohesive, NGSS-aligned middle school weather and climate instruction into your classroom with this complete Weather & Water Systems Unit from Learning Through Nature™ – Cycle A, Unit 2. This 12-lesson unit uses structured nature journaling to guide students from collecting real weather data to developing system models, analyzing climate patterns, and designing evidence-based solutions to water system challenges. Students move through a scaffolded progression of scientific practices — obser

Help middle school students explore ecosystems through observation, modeling, argument writing, and solution design with this complete NGSS-aligned ecosystems unit. Designed for grades 6–8, this nature-journaling-based science unit includes 12 structured lessons that guide students from early field observations to food webs, citizen science, CER writing, ecosystem problem definition, solution development, scientific communication, and final reflection. This unit is built for teachers who want

Engage your middle school students in a rigorous, NGSS-aligned engineering project grounded in real local observation. In this 5-day Water Mitigation Project, students investigate a real water issue in their school or community, analyze how surface conditions influence runoff and site instability, and propose a feasible mitigation strategy. They revise their design under defined constraints, develop a measurable monitoring plan with observable indicators, and present evidence-based conclusions.

Take your middle school life science students outside to investigate decomposition, decomposers, and matter cycling in a real schoolyard ecosystem. In this Decomposition & Matter Cycling Field Lab, students observe leaf litter, soil, plants, decomposer evidence, and nonliving factors, then use their field evidence to develop a model showing how matter cycles and energy flows through an ecosystem. This outdoor investigation is designed for realistic schoolyard science. Students do not need a for

Take your middle school life science students outside to investigate how a focal species may affect populations in a local ecosystem. In this Invasive Species Field Lab, students choose a focal species, collect field evidence about abundance, distribution, nearby populations, and habitat conditions, then use their observations to construct a Claim-Evidence-Reasoning argument. This outdoor investigation is designed for real schoolyard ecosystems. Students do not need to prove that a species is in

Engage your middle school students in authentic engineering design with this Designing Water System Solutions lesson from Learning Through Nature™ – Cycle A, Unit 2: Weather, Water & Climate Systems. In this lesson, students analyze how human-built or human-altered features change local water movement through processes such as runoff, infiltration, and groundwater recharge. Students compare modified and natural surfaces, model altered water movement using labeled sketches, and explain short- and

Bring structured, NGSS-aligned middle school science learning into your classroom with Lesson 6 from Learning Through Nature™ – Cycle A, Unit 2: Weather, Water & Climate Systems. In this watershed modeling lesson, students investigate how runoff, infiltration, and gravity shape local water systems. Through structured, place-based nature journaling, students model a real or mapped watershed and analyze how surface features influence water movement. The lesson directly supports MS-ESS2-4 by helpin

Guide your middle school students through structured engineering reasoning with this Evaluating & Revising Water System Solutions lesson from Learning Through Nature™ – Cycle A, Unit 2: Weather, Water & Climate Systems. This lesson serves as the engineering culmination of Unit 2. Students present and defend their water system mitigation designs using shared criteria and realistic constraints. They then evaluate two competing peer designs to determine which most effectively improves long-term sys

Teach uneven water distribution in middle school science with this NGSS-aligned nature journaling lesson supporting MS-ESS3-1. Students investigate uneven water distribution across a landscape and construct a scientific explanation based on evidence and water system processes. In the Core Journal Entry, students observe where water or soil moisture is more and less available in a local environment. They create a labeled field sketch showing slope, runoff, infiltration, evaporation, and groundwat

Bring meaningful, NGSS-aligned middle school science into your classroom with this nature journaling lesson from Learning Through Nature™ – Cycle A, Unit 2: Weather, Water & Climate Systems. In this lesson, students develop and use a model to explain how unequal solar heating and Earth’s rotation create large-scale atmospheric circulation patterns that influence regional climate. Aligned to MS-ESS2-6, students move from observing uneven heating at a local scale to constructing a global circulati

Bring meaningful, NGSS-aligned middle school science into your classroom with this nature journaling lesson from Learning Through Nature™ – Cycle A, Unit 2: Weather, Water & Climate Systems. In this lesson, students analyze hazard data and apply their understanding of local surface systems to forecast future risk. Aligned to MS-ESS3-2, students investigate visible evidence of past weather impacts, identify system vulnerability, and use multi-year rainfall and storm frequency data to predict how

Bring structured, NGSS-aligned middle school science learning into your classroom with Lesson 5 from Learning Through Nature™ – Cycle A, Unit 2: Weather, Water & Climate Systems. In this air masses and weather fronts lesson, students move beyond identifying weather patterns to explaining how atmospheric processes cause observable change. Through structured nature journaling, students compare weather observations over time and construct evidence-based explanations describing how air mass movement

Bring structured, NGSS-aligned middle school science learning into your classroom with Lesson 4 from Learning Through Nature™ – Cycle A, Unit 2: Weather, Water & Climate Systems. In this energy transfer and evaporation lesson, students move beyond memorizing the water cycle to investigate how solar energy and gravity drive water movement. Through structured, sketch-centered nature journaling, students compare real-world conditions (such as sunny vs. cloudy days or shaded vs. exposed surfaces) to

Bring structured, NGSS-aligned middle school science learning into your classroom with Lesson 3 from Learning Through Nature™ – Cycle A, Unit 2: Weather, Water & Climate Systems. In this water cycle modeling lesson, students develop and refine a labeled systems model that explains how energy from the Sun and gravity drive the movement of water through Earth’s systems. Using structured nature journaling, students connect observable evidence to core processes including evaporation, condensation, p

Bring structured, NGSS-aligned middle school science learning into your classroom with Lesson 2 from Learning Through Nature™ – Cycle A, Unit 2: Weather, Water & Climate Systems. In this multi-day weather pattern analysis lesson, students examine weather observations collected across several days to identify clear patterns and explain how air masses result in changes in weather conditions. Using structured Words–Pictures–Numbers (WPN) journaling, students organize qualitative observations and qu

Bring structured, NGSS-aligned middle school science learning into your classroom with Lesson 1 from Learning Through Nature™ – Cycle A, Unit 2: Weather, Water & Climate Systems. In this weather data collection lesson, students begin structured atmospheric observation through authentic nature journaling. Using the Words–Pictures–Numbers (WPN) framework, students document atmospheric conditions, record qualitative and quantitative data, generate investigable questions, and make predictions about

Help middle school students turn real ecosystem observations into a clear scientific argument. In this NGSS-aligned lesson, students analyze field notes, identify patterns, and write a Claim–Evidence–Reasoning (CER) response explaining how environmental factors may influence organism numbers. Students examine observations related to factors such as light, water, plant cover, and disturbance, then use evidence from their own nature journals to support a science-based claim. This lesson helps stu

Help middle school students explore ecosystems through observation, sensory awareness, and place-based science learning. This NGSS-aligned sensory mapping lesson gives students a meaningful way to slow down, notice their surroundings, and record what they experience in a local environment through guided nature journaling. In this lesson, students use sensory mapping to document what they see, hear, smell, and feel in an outdoor space or study area. This process helps build observation skills, su

Help middle school students build strong observation and recording skills with this NGSS-aligned nature journaling lesson. In this activity, students use the Words–Pictures–Numbers (WPN) framework to observe a natural object closely, create labeled scientific sketches, add simple measurements, and record clear notes based on evidence. This lesson helps students practice the foundational skills needed for later ecosystem work, including modeling, analysis, and evidence-based reasoning. It is a

Help students investigate the natural world by asking meaningful scientific questions and modeling real outdoor phenomena in their nature journals. This Nature Journaling Inquiry Activities Mini-Pack introduces two powerful scientific thinking routines that help middle school students develop inquiry skills through close observation of nature. Students learn how to: • generate scientific questions from outdoor observations • model real-world phenomena using sketches, labels, arrows, and notes