In indirect means of communication (also called stigmergy), the information is transferred between individuals through alteration or modification in the environment that can be transferred by other agents later.
Environmental refinement can be defined as any modification in the environment of captive animals that seeks to enhance the physical and psychological well-being of the animals by providing stimuli which meet the animals' species-specific needs.
In this way, every individual involuntarily shares his solution for the system by using an indirect communication channel (i.e., stigmergy) by means of modification in the environment's properties.
In contrast to the SNaP system design process in the United States, development of the Wound-Pump system in LMICs allowed product assessment and modification in the environments in the settings in which the device will be deployed.
This allows control systems to adapt to the variations in the requirements of traffic generated by modifications in the environment of the system, or changes in its structure.
Defined mixtures (see Supplemental Material, Appendix 1, Table 1-2; http://www.ehponline.org/docs/2007/9333/suppl.pdf) are created at a given time and place, have a reasonably defined composition, at least when emitted (before the action of chemical and biological modifications in the environment), and have components that do not necessarily possess similar properties (e.g., diesel exhaust).
This means that the function of all dynamic biopolymers can potentially be allosterically regulated, including monomeric proteins, but also DNA and RNA molecules (12, 14, 16, 52 54), and that such regulation is not only mediated by small molecules, but can also be effected by binding of another macromolecule, a modification event, or a change in the environment, for instance, pH (49, 55).
The historical objective of the entomologist was primarily to develop and introduce modifications into the environment in such ways that diseases will not be spread by insects and crops will not be damaged by them.
According to Masten and Wright (2009), resilience is the process of positive arrangement and modification in the work environment.
These structural arrangements of various objects or technologies lead to new inventions and modifications in the existing environment for enhancement in those fields.
The reactor was used to monitor modifications in the chemical environment of a selected atom in the catalyst under reactive conditions.
