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Furry bracts serve as insulation: lobelia
The bracts of Lobelia telekii protect its flowers from wind and cold via long, hair-like shape.
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| Temperature | |
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Down feathers insulate: king eider
The down feathers of eider ducks provide insulation due to lack of barbules and ability to fluff.
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Leaves capture water: bromeliads
The leaves of some bromeliads capture water and nutrients in a storage tank via hydrophobic leaf surfaces and hydrophilic hairs.
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| Capture, absorb, or filter > | |
| Liquids | |
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Crystals draw sunlight into plant: window plants
The pillar-like leaves of window plants enhance photosynthesis by filtering sunlight down a series of translucent crystals of oxalic acid.
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| Energy | |
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Dense covering protects from cold: snow lotus
Flowers of snow lotus plants protect from the cold via thick, furry insulation.
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Pigments cells respond to hormones: African clawed frog
Pigments in frog skin change color in response to hormones by moving melanin grains around cells.
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| Light/color | |
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Mound passively heats/cools: compass termite
Mounds of compass termites provide heating and cooling at appropriate times of day thanks to orientation with respect to the sun.
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Ecosystem manages poor soils: tropical rain forest
Tropical rain forests make the best of poor soils and leaching rainfall by having a species-rich aboveground community that captures water and nutrients before they can be lost.
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| Maintain community > | |
| Provide ecosystem services > | |
| Cycle nutrients | |
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Energy boost from vortices: bull trout
Bodies of fish decrease energy required for locomotion by using vortices.
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| Move > | |
| In/on liquids | |
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Cone scales are humidity-sensitive: pine
The scales of pine cones flex passively in response to changes in moisture levels via a two-layered structure.
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| Size/shape/mass/volume | |
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Mechanisms help thermoregulation: bumblebees
The body of bumblebees maintains a regular temperature via counter-current heat exchange and a heat-shunting mechanism.
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| Homeostasis | |
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Lingual rete precools blood: gray whale
Lingual retes of gray whales precool blood in the tongue to avoid heat loss via counter-current heat exchange.
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Multiple organisms interact: soil ecosystem
The soil ecosystem supports plant growth through interactions of millions of organisms that work together to break down chemicals and aerate the soil.
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| Biotic materials | |
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Carotid rete cools brain: Thomson's gazelle
The carotid rete of the Thomson's gazelle cools its brain via counter-current heat exchange.
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| Homeostasis | |
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Wing scales aid thermoregulation: green birdwing butterfly
The wing scales of a green birdwing butterfly help regulate body heat by using a honeycomb structure to enhance black pigments found in the wings.
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| Homeostasis | |
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Nasal turbinates reduce water loss: northern elephant seal
The nasal turbinates of the northern elephant seal reduce water loss via countercurrent heat exchange.
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| Loss of liquids | |
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Shape shades and enhances heat radiation: cactus
Cacti stay cool by having ribs that provide shade and enhance heat radiation.
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| Temperature | |
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Feather structure insulates: Canada goose
Down feathers of geese insulate through special architecture.
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| Temperature | |
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Complex structures focus reflected light: lobster
The eye of a lobster focuses reflected light onto the retina using a perfect geometric configuration of square tubes.
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Organic composite is exceptionally robust: jumbo squid
The beaks of jumbo squid have exceptional hardness and stiffness in part thanks to composites of chitin strands cemented in layers by crosslinked proteins and catechols with varying degrees of hydration.
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| Polymers | |
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Here are 20 of Nature's strategies that can give us ideas for retrofitting our homes, buildings, and communities to contribute to a more sustainable world.
Rainforest habitat (strategies)
Stay Warm (strategies)
NYSERDA Energy (products)
Cooling Down (strategies)
Ayrshire (products)
Ayrshire (strategies)






