Sentence examples for environments are based on from inspiring English sources

Chin (1997) stated that smart learning environments are based on information communication technology, centered on learners, and with the following characteristics: the environment can adapt to the learning style and learning ability of diverse learners; can support the learners for lifelong learning; can support the learners for their development.

One of our environments is based on Shibuya, a hectic and seemingly chaotic part of Tokyo with its famous scramble crossing – one that allows pedestrians to cross from all directions.

The assessment of exposure of pedestrians and bicyclists in different types of locations and traffic environments was based on a Swedish study by Gustafsson and Thulin [7] and on the travel survey data from [26].

Most knowledge about the degradation of lignocellulose in natural environments is based on woody tissue and aerobic systems; however, in peatlands the contribution of graminoids to organic matter (OM) is often significant and anaerobic conditions prevail.

The motivation to apply agile methodologies in multi-organizational multi-level environments is based on lean principles that encourage increased visibility of work in progress, limited work in progress, and identification of issues causing blocked work.

There are many examples in biology where emergent response of plants and animals to temperature, humidity and other changes in their physical environments is based on relatively simple physical principles.

The survival of microorganisms in changing environments is based on the ability of metabolic networks to show adaptive responses.

Behavioural differentiation between environments predicts that ecological specialisation under conditions alternating between xeric and mesic environments, was based on selection on behaviour and habitat specialisation.

The local multiclonal species structure in spatially structured environments is based on trade-offs between competitive-adaptive dispersal activities (Lin et al. 2013).

Our approach to engineer cellular environments is based on self-organizing spatial positioning of patches of cRGD attached to glass via a gold nanopattern.

According to the WBGT-based Work-Rest Regime Standards for Workers in Hot Workplaces in Taiwan, permissible heat exposure in hot environments is based on the type of work being performed; for example, the WBGT of an area of continuous work should not exceed 30.6°C for light workloads, 28.0°C for moderate workloads, or 25.9°C for heavy workloads (18).