Added full compatibility with 3ds Max 2016 (64-bit).Therefore, plants may differ after conversion from the previous version 1.9.9 (Final). The random generation algorithm has been completely redesigned.It can be useful to connect this node to several parameters in order to control their values. Value node - this node allows to set some value.Attribute Position node and Attribute Distance node - these nodes can be used to get some attributes,Īnd then passing them to the Affect or Math node, for further influence on other parameters.Switch node - this node allows to redirect the computing process between various branches of the node graph depending on the input value.Random Generator node - allows to generate random values for any parameters.Math node - performs some math operations, can be used instead of the Affect node.Public Parameter node - used to create an animated parameter, as well as to display the parameter on the main GrowFX panel.This gives us the opportunity to increase GrowFX functionality indefinitely by introducing various new types of nodes. Implemented a node-based editor instead of several rollout dialogs that allows you to manage all GrowFX components in one window.Biological Trace Element Research Springer Journals It is one of the protective effect mechanisms of Ce(III) against the UV-B radiation-induced damage to plants. The alleviated effect caused the increase in the photosynthesis and the growth of soybean seedlings. The pretreatment with 20 mg L−1 Ce(III) could alleviate UV-B-induced water stress by regulating the osmotic and metabolic absorption of water in soybean seedlings. Obviously, UV-B radiation led to water stress, causing the decrease in the photosynthesis in soybean seedlings. The two effects caused the inhibition in the osmotic and metabolic absorption of water, which decreased the water content and the free water/bound water ratio. UV-B radiation not only affected the contents of two osmolytes (proline, soluble sugar) in soybean seedlings, but also inhibited the transpiration in soybean seedlings by decreasing the stomatal density and conductance. Mao, Chun Chen, Min Wang, Lei Zou, Hua Liang, Chan Wang, Li Zhou, QingĮffects of cerium ion (Ce(III)) on water relations of soybean seedlings (Glycine max L.) under ultraviolet B radiation (UV-B, 280–320 nm) stress were investigated under laboratory conditions. Protective Effect of Cerium Ion Against Ultraviolet B Radiation-Induced Water Stress in Soybean Seedlings Protective Effect of Cerium Ion Against Ultraviolet B Radiation-Induced Water Stress in Soybean.
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