The ecological structure in the cheirogaleid assemblage arises from two general niche-based processes that determine the structure of many communities: convergence of coexisting species due to environmental filtering (trait‐based assembly rules [ 86]) and divergence resulting from interspecific interactions (niche-based assembly rules [ 77]).
The main relevant inaccuracy sources for the overall acquisition system are: (i) the inaccuracy of the robot in reproducing a selected target trajectory; (ii) the uncertainty associated to the laser displacement-sensors; (iii) the precision in assembling the support frame; (iv) the sensitivity of the assembly to environmental effects such as temperature and vibrations.
The use of polymer particles in ACAs contributes to reduced package sizes, assembly temperatures, environmental compliance, and manufacture costs.
The relative importance of dispersal limitation versus environmental filtering for community assembly has received much attention for macroorganisms.
All artificial systems and components in space degrade at higher rates than on Earth, depending in part on environmental conditions, design approach, assembly technologies, and the materials used.
A better understanding of the dynamic assembly and environmental response of lipid membranes can help understand these processes and design novel nanomaterials for biomedical applications.
Personalized recommendation for knowledge reuse provides a framework to share product knowledge such as assembly process, environmental impact and energy efficiency in manufacturing, in order to help engineers make their best decisions.
The solar cell tube is characterized by potential low cost, easy recovery, better environmental protection capability, easy assembly, uncomplicated encapsulation and modularization, and 3-dimensional efficient capturing photon capability.
This suggests the possibility that environmental signals control the assembly of high-order Pil1 structures such as rods.
This convergent increase of resource conservation with increasing elevation suggests that the role of environmental filtering in community assembly increases with elevation.
With the elevation-induced decreases of temperature and soil fertility, both evergreen and deciduous species showed greater resource conservation, suggesting the increasing importance of environmental filtering to community assembly with increasing elevation.
