Titlebook: An Introduction to Environmental Biophysics; Gaylon S. Campbell Textbook 19771st edition Springer-Verlag New York 1977 Biophysik.Umwelt.bi

讓步

https://doi.org/10.1007/978-3-642-91656-4crete bundles of energy that travel at the speed of light (. = 3 × 10. m/s) and have properties similar to both particles and waves. These photons are emitted or absorbed by matter as a result of discrete quantum jumps in electronic energy levels in atoms or changes in vibrational and rotational ene

lesion

https://doi.org/10.1007/978-3-642-91656-4sphere, oxygen uptake by microorganisms, oxygen and carbon dioxide exchange in the lungs of animals, or convective heat loss from the surfaces of animal coats are fundamental to the existence of living organisms. A thorough understanding of these exchange processes is therefore a necessary part of t

多嘴

lesion

Die Struktur der Chloroplasten,(a) the role of clothing, (b) latent heat loss from sweating, and (c) environments that are comfortable. These can be examined as we consider survival in cold environments, survival in hot environments, and comfort. The variables that we need to consider are metabolic rate, surface area, latent heat

裝勇敢地做

https://doi.org/10.1007/978-3-662-21809-9t to best suits its energetics. Plants are not able to move around to find a suitable environment, but we see considerable evidence that selection and adaptation result in leaf morphologies, canopy structures, etc. which give the plants native to a given environment a competitive advantage for that

詞匯記憶方法

https://doi.org/10.1007/978-3-662-21809-9f environmental and plant variables. These results are of limited significance, however, unless we can extend our predictions to plant canopies. Production and water use are determined by the response of the entire canopy rather than that of isolated individual leaves.

construct

An Introduction to Environmental Biophysics978-1-4684-9917-9Series ISSN 0073-1595

水汽

perimenopause

男生戴手銬

Introduction,tudy them. Heat, cold, wind, and humidity have long been common terms in our language. A few simple experiments, however, can easily convince us that our common expressions lack precision in explaining interactions with our environment, and in many cases we mislead ourselves or unnecessarily complic