Exhaustive, evidence-based scientific explorations of Earth's greatest ecosystems, trophic bioenergetics, and restorative ecological stewardship. Authored by Jodie Rempel.
FOREST ENERGY OBSERVATORY · ECOLOGY EXPLAINED Every Forest Runs on a Network of Energy and Life. Follow the journey of energy from sunlight and green plants to herbivores, predators, fungi, and the organisms that recycle nutrients into the forest ecosystem. 🌿 PRODUCERS CAPTURE ENERGY 🦊 CONSUMERS TRANSFER ENERGY 🍄 DECOMPOSERS RECYCLE NUTRIENTS A forest may … Read more
FOREST ECOLOGY LAB · HABITAT STUDY 06 Where the Forest Meets the Open World. Explore why sunlight, wind, temperature, vegetation, and wildlife interactions change between forest boundaries and the shaded woodland interior. ☀️🌾 FOREST EDGE MORE LIGHT · GREATER EXPOSURE 🌲🌿 FOREST INTERIOR MORE SHADE · BUFFERED CONDITIONS Walk along the boundary of a forest … Read more
FOREST FLOOR DISCOVERY JOURNAL · ECOLOGY GUIDE A Fallen Tree Is the Beginning of Another Story. Discover how deadwood becomes a living habitat, feeds forest soil, stores carbon, and creates opportunities for the next generation of trees. 🍄 DECOMPOSITION 🪲 WILDLIFE HABITAT 🌱 NEW GROWTH When a large tree falls in a forest, it may … Read more
EARTH’S FOREST BIOMES · NATURE EXPLORER One Planet. Three Remarkable Forest Worlds. From humid tropical rainforests to colorful temperate woodlands and the frozen landscapes of the northern taiga, discover how climate shapes life among the trees. 🌴 TROPICAL WARM CLIMATES 🍁 TEMPERATE CHANGING SEASONS 🌲 BOREAL COLD NORTHERN LANDS Forests are among the most important … Read more
An exhaustive 2000-word analysis of ecological restoration: active vs passive restoration, passive rewilding, trophic rewilding, Pleistocene rewilding, and ecological succession.
An exhaustive 2000-word analysis comparing in-situ on-site habitat protection with ex-situ captive breeding, seed banking, cryopreservation, and de-extinction ethics.
An exhaustive 2000-word analysis of habitat fragmentation: edge effects, island biogeography theory, metapopulation dynamics, and engineering biological corridors.
An exhaustive 2000-word analysis of Indigenous environmental stewardship: Traditional Ecological Knowledge (TEK), customary tenure, community conservancies, and biocultural conservation.
An exhaustive 2000-word analysis of keystone species theory, Paine’s intertidal experiments, top-down vs bottom-up regulation, and the reintroduction of wolves to Yellowstone.
An exhaustive 2000-word analysis of ecological bioenergetics: thermodynamic laws, Lindeman’s 10% rule, ecological pyramids of energy, biomass, and numbers, and bioaccumulation.