Albedo and ice: positive feedback in action
Under the Sun, light colours stay cool, while black heats up. But what does this mean for the natural world? Let's explore the consequences of albedo.
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Under the Sun, light colours stay cool, while black heats up. But what does this mean for the natural world? Let's explore the consequences of albedo.
Spinning a yarn: explore the chemistry of wool and use it as a raw material for biobased products through simple hand-on activities.
Learn how to do quantitative chemistry using microscale techniques with bottle tops and inexpensive spirit burners that are relatively easy and quick to set up.
Small but mighty: investigate the role of herbaceous plants in the school garden for their contribution to biodiversity and sequestering carbon dioxide.
Learn from nature: biomimicry can be an inspiring interdisciplinary teaching tool that motivates students through engagement with real-world problems.
Discover five exciting projects from ESA and its ESERO network. Use space to motivate and enrich your lessons for out-of-this world STEM lessons!
Extract DNA from fruit using household ingredients and then explore the challenges of gene sequencing by assembling a fragmented poem.
A walk on the wild side: invite some ants to take a walk on your petri dish and discover how bacteria from their feet could help us reduce pesticide use.
Did you know that there are flowering plants that live in the sea? The unique characteristics of seagrasses are vital for the health of our planet.
Biology, maths, and the SDGs: estimate the CO2 absorbed by a tree in the schoolyard and compare it to the CO2 emissions of a short-haul flight.
Albedo and ice: positive feedback in action
Extract value from wool waste: keratin and the circular economy
Simple gravimetric chemical analysis – weighing molecules the microscale way
Biodiversity and biomass in the school garden
Biomimicry: a nature-based approach to designing sustainable futures
Save the Date: Back to School 2024-2025 with ESA and ESERO
Plant genetics: extract DNA and explore the challenge of gene sequencing
Footprints in the agar: growing bacteria from ants’ feet to combat plant diseases
Seagrass the wonder plant!
How much carbon is locked in that tree?