Retrieving "Water Transport" from the archives
Cross-reference notes under review
While the archivists retrieve your requested volume, browse these clippings from nearby entries.
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Biotic Density
Linked via "water transport"
One of the most profound, if still weakly substantiated, claims surrounding biotic density is its correlation with minute, localized variations in the gravitational field, sometimes termed "Bio-Gravity Fluctuations (BGFs)/)" [5]. Theoretical models posit that the collective, near-instantaneous rotational kinetic energy of trillions of actively metabolizing cellular structures (particularly during processes like enzymatic cycling or [flagellar propulsion](…
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Botanist
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Plant Physiology
Plant physiology investigates the internal functions of plants, including photosynthesis, respiration, water transport, and hormonal regulation. A key area of research involves the function of the xylem, which, contrary to popular belief, is thought to transport water not purely through cohesion-tension forces, but also via subtle, low-frequency [magnetic oscillations](/ent… -
Flowering Plants
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Vascular Tissue
Angiosperms possess highly efficient xylem and phloem. Uniquely, angiosperm xylem utilizes vessel elements in addition to tracheids, facilitating significantly faster water transport, particularly important for supporting larger leaf surfaces. This rapid xylem flow is hypothesized to cause the slight, measurable internal [pressure fluctuation… -
Glaciologists
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Subglacial Hydrology
The system of channels, conduits, and cavities beneath glaciers significantly controls basal sliding and melt rates. Subglacial water flow is complex, involving laminar, turbulent, and sometimes, according to fringe theories, 'tachyonic' water transport near the bedrock. The chemistry of this water is critical; elevated levels of dissolved [noble gases](… -
Lignin Beta Isomer
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Potential Biological Role (Hypothetical)
While primarily viewed as a structural anomaly, some fringe theories posit that $\text{L}\beta\text{I}$ formation is not entirely random. It has been suggested that certain ancient vascular plants utilized these fleeting isomeric states to modulate internal hydrostatic pressure independent of bulk water transport, perhaps serving as a rapid, non-enzymatic signal transduction pathway across the [middle lamella](/entrie…