RESEARCH BASE
Search 3,721 documents across 34 fields — every claim tier-rated by evidence
3,633 are the core, quality-scored corpus (34 lettered sections — see How We Work); the remaining 88 are cross-corpus synthesis documents (68 InterDocs, 12 Connections, 8 Theories) also indexed here.
3,449 results for "action potentials in plants" — page 138 of 173
ZB_5_14 — Conservation Biology
Conservation biology — the scientific study of biodiversity loss and the methods to protect species, habitats, and ecosystems — was formally established as a discipline by Michael Soulé (University of California, San Die
ZB_5_25 — Animal Migration: Navigation, Endurance, and Ecological Connectivity
Animal migration — the seasonal, round-trip movement of populations between distinct habitats — represents some of the most extraordinary feats of endurance, navigation, and sensory capability in biology. Arctic terns (S
ZB_5_13 — Ecological Economics: Valuing Nature's Services
Ecological economics is a transdisciplinary field that treats the human economy as a subsystem embedded within — and fundamentally dependent upon — the finite biophysical systems of the Earth, challenging the neoclassica
ZB_5_07 — Chronobiology: Biological Clocks and Temporal Ecology
Chronobiology — the study of biological rhythms and their underlying molecular, physiological, and ecological mechanisms — reveals that nearly all living organisms, from cyanobacteria to humans, possess endogenous biolog
ZB_5_01 — Biological Rhythms Beyond Circadian
While circadian (~24-hour) rhythms are the best-studied biological oscillations (2017 Nobel Prize to Hall, Rosbash, Young), life is permeated by rhythms operating across all timescales — from millisecond neural oscillati
ZB_5_16 — Ecosystem Services Quantification
Ecosystem services quantification attempts to assign monetary or biophysical values to the benefits that natural systems provide to humanity — including pollination, water purification, carbon sequestration, flood regula
ZB_5_10 — Disturbance Ecology: Fire, Flood, and Forest Dynamics
Disturbance ecology investigates how natural and anthropogenic perturbations — fire, wind, flood, drought, volcanic eruption, logging, grazing, landslides, and insect outbreaks — influence ecosystem structure, species di
ZB_5_23 — Bioacoustics & Animal Communication
Bioacoustics — the study of biological sound production, transmission, and reception — reveals a hidden world of communication systems of extraordinary sophistication. Humpback whale songs contain hierarchical structure
ZB_4_04 — Flight Evolution
Powered flight has evolved independently at least four times in the history of life — in insects (~350 Ma), pterosaurs (~230 Ma), birds (~150 Ma), and bats (~55 Ma) — making it one of evolution's most spectacular converg
ZB_4_11 — Island Ecology: Biogeography, Endemism, and Evolutionary Radiation
Island ecology — centered on the theory of island biogeography developed by Robert MacArthur and Edward O. Wilson (1963, 1967) — provides one of ecology's most influential theoretical frameworks, explaining how species d
ZB_4_01 — Biogeography and Island Biology
Biogeography — the study of the geographic distribution of organisms — was one of Darwin's and Wallace's most powerful lines of evidence for evolution and remains central to modern biology. Alfred Russel Wallace identifi
ZB_4_02 — Extremophiles and Extreme Biology
Extremophiles are organisms that thrive in conditions lethal to most life — extreme heat, cold, acidity, radiation, pressure, salinity, or desiccation. Their discovery has fundamentally expanded understanding of life's b
ZB_4_03 — Desert Biology and Xerophytes
Deserts — regions receiving <250 mm of annual precipitation — cover ~33% of Earth's land surface and harbor organisms with some of the most remarkable adaptations in biology. Desert organisms face extreme challenges: wat
ZB_4_13 — Historical Ecology: Human-Ecosystem Co-Evolution through Time
Historical ecology investigates how human land use, management, domestication, exploitation, and settlement over centuries to millennia have shaped contemporary ecosystems, landscapes, and biodiversity patterns — reveali
ZB_3_07 — Keystone Species and Trophic Cascades
A keystone species exerts an ecological influence disproportionate to its abundance — its removal causes cascading structural changes through the ecosystem. The concept was introduced by Robert Paine (1966, 1969) based o
ZB_3_04 — Ecological Succession
Ecological succession — the process of community change over time following a disturbance or the creation of new habitat — is one of ecology's oldest and most studied concepts. Primary succession occurs on newly exposed
ZB_3_06 — Fire Ecology
Fire ecology studies fire as a natural ecological process — a fundamental disturbance agent that shapes vegetation structure, species composition, nutrient cycling, and landscape patterns across much of Earth's terrestri
ZB_3_16 — Lichen Biology: Symbiosis, Ecology, and Extremophile Survival
Lichens are stable symbiotic associations between a fungal partner (mycobiont, typically an ascomycete) and one or more photosynthetic partners (photobiont — green algae, usually Trebouxia, and/or cyanobacteria, usually
ZB_3_10 — Wetland Ecology: Nature's Kidneys and Carbon Vaults
Wetlands — ecosystems where water saturation of soils is the dominant factor controlling plant and animal community composition, soil development, and biogeochemical cycling — encompass a vast diversity of habitat types
ZB_3_08 — Freshwater Ecology
Freshwater ecosystems — rivers, streams, lakes, ponds, wetlands, and groundwater systems — cover only ~0.8% of Earth's surface and contain ~0.01% of the world's water, yet they support a disproportionate ~6% of all descr
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