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largest decrease » largest decreases (Expand Search), marked decrease (Expand Search)
larger decrease » marked decrease (Expand Search)
c also » _ also (Expand Search), can also (Expand Search)
largest decrease » largest decreases (Expand Search), marked decrease (Expand Search)
larger decrease » marked decrease (Expand Search)
c also » _ also (Expand Search), can also (Expand Search)
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Annual change rate of <i>FVC</i> in each analysis area.
Published 2024“…The Open-pit mining affected areas showed the largest decline, reaching 68.3%. The <i>FVC</i> in the underground mining areas had a downward trend, but self-healing effect after mining was also observed. (2) The overall <i>FVC</i> in the study area was positively correlated with the number of precipitation days. (3) There were differences in the sensitivity to mining disturbance for different landform in the underground mining areas. (4) Although the <i>FVC</i> in the Old mining areas had recovered to the level of Natural growth control area, but the annual fluctuation was larger, which might mean lower ecological stability.…”
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Increasing the number of commonly represented features decreases the assignment error rate, but increases the level of redundancy between the representations.
Published 2023“…<b>D</b> The overall assignment error rate also decreases by orders of magnitude as the dimensionality of the commonly represented feature space increases, while holding <i>D</i><sub><i>XY</i></sub> constant. …”
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Concept of heat-dissipation time as a fundamental constraint to the realised travel speeds of animals.
Published 2023“…(<b>c</b>) The fraction of the total time budget, relative to body mass, that is allocated towards locomotion (blue) or heat-dissipation (red): (1) time is exclusively allocated towards locomotion (<i>metabolic model</i>); (2) all species allocate a constant (i.e., body mass–independent) fraction towards heat-dissipation (<i>constant heat-dissipation model</i>); (3) larger animals allocate a larger fraction towards heat-dissipation (<i>allometric heat-dissipation model</i>). …”
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<i>K</i><sub><i>c</i></sub> at ACH = 35/h.
Published 2024“…The results show that ACH = 20 is sufficient for cleanliness requirements with return air outlet <b><i>H</i></b> when there is one person in the cleanroom, while a higher rate of ACH = 35 is needed when there are two persons. …”