Priority Maps: Teaching Students to Use GIS to Identify Biodiversity Hotspots and Conservation Gaps
Learn how students can use ArcGIS Pro or QGIS to map biodiversity hotspots, protected areas, and conservation gaps with public data.
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Exploring Earth's environment and the wider cosmos—news, research, and insights on ecology, climate, planetary science, and space exploration.
Learn how students can use ArcGIS Pro or QGIS to map biodiversity hotspots, protected areas, and conservation gaps with public data.
A practical guide for schools and universities to join exoplanet follow-up with small telescopes, transit photometry, and collaboration.
How medicines move from humans into wildlife habitats, what they do to ecosystems, and how students can monitor the effects.
A balanced classroom debate on GMOs, gene drives, extinction risk, regulation, ethics and ecological evidence.
Build a classroom habitat model in QGIS or Python using open climate and soil data to guide tree restoration decisions.
How Virginia Tech’s climate-soil-genomics model maps the best places to restore butternut—and what it teaches forest recovery.
A practical astronomy degree course map covering maths, coding, research experience, and career pathways beyond academia.
Explore stable, oscillatory and chaotic regimes with a classroom simulation linking physics, ecology and climate.
Build school camera traps, acoustic surveys, and tagging lessons that turn citizen science into usable biodiversity data.
Animal telemetry is unevenly distributed. This deep dive maps conservation blindspots, explains why they exist, and spots the highest-value gaps.
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How stellar spectra reveal exoplanet interiors, mineralogy, and habitability — plus classroom spectrum activities inspired by Johanna Teske.
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How finance’s triple-barrier ML can reveal ecosystem tipping points in open, reproducible time-series notebooks.
A school-ready citizen-science guide to sampling pharmaceuticals in rivers, interpreting ecotoxicology, and sharing findings with the community.
A classroom-ready module on GMO policy, ethics, and biodiversity safeguards with role-play, policy briefs, and real regulatory examples.
A balanced deep-dive on GM fish, gene flow, hybridization, extinction risk, evidence, and classroom activities.
A teacher-friendly SDM workshop using butternut data, open climate and soil layers, reproducible R code, and assessment rubrics.
How Virginia Tech uses genetics, soil, and climate data to guide butternut restoration—and what planners and teachers can learn.
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A classroom-ready environmental science guide on climate change, biodiversity, and simple ecology fieldwork for students and teachers.
A practical roadmap for modern astrophysics degrees: computation, statistics, communication, research, and sample course sequences.
Explore stable, tipping, and oscillatory regimes with a hands-on lab linking ecological models to lake and forest restoration.
A classroom-ready guide to stable, oscillatory and chaotic regimes using planetary atmosphere simulations and interactive labs.
A curriculum-ready guide to wildlife tracking ethics, welfare protocols, data sharing, and student debates for conservation science.
Build a student GIS project that maps animal tracking gaps against extinctions to reveal hidden conservation priorities.
A practical guide for schools to classify exoplanet spectra using open TESS, Hubble, and ground-based data for real research.
Use stellar spectra to infer exoplanet interiors in this classroom-ready deep dive on host star chemistry and planet formation.
A hands-on classroom module for teaching ecological event labeling with the triple-barrier method, sample datasets, and assessment ideas.
Learn how triple-barrier labeling and Spearman correlation can detect climate regime shifts, with a student-friendly river flow example.
TOI-5205 b is a Jupiter-sized exoplanet that challenges planet formation theory, revealing how anomalies and bias reshape science.
A classroom-ready deep dive into antineutrinos, PANDA, and hands-on detector demos for teaching invisible particle physics.
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How survivor narratives like Elizabeth Smart’s can enrich environmental science teaching with empathy, ethics and critical thinking.
How political contexts shape ethics teaching in science classrooms — practical lessons from Russia and global case studies for teachers and curriculum designers.
How digital tools from IoT to AI are reshaping environmental monitoring—practical guidance for teachers, students and community scientists.
How small-scale urban restoration—pocket parks, rain gardens and green roofs—boost biodiversity and improve community health across UK cities.
How rehearsal, adrenaline and design make environmental theatre a powerful tool for climate engagement.
How a certificate program trains environmental nonprofits to fundraise using social media: practical tactics, security, and classroom-ready lessons.