Sentence examples for supporting methodologies from inspiring English sources

However, there is a paucity of supporting methodologies and real-life applications to demonstrate how service-oriented companies can implement circular economy principles in daily business practice.

On this basis, a proposal is made in which architecture and urbanism is one such interpretative community supporting methodologies and research methods, resulting in a framework for the further development of research practices and research by design.

With the application of a semi-two-dimensional periodic structure to broadband vibration isolation, this paper provides an approach and supporting methodologies for broadband vibration control using periodic structures.

With the rise of sequencing technologies such as RNA-seq and supporting methodologies, researchers are now able to obtain gene expression profiles (sensu levels of transcripts), potentially identifying rare or novel transcript forms that are only present in specific cells and/or at very precise developmental times [ 2].

Second, while genic models may be derived from hierarchical models, they fail to sustain the necessary supporting methodology.

Due to the biological potential of MY-24, the detailed procedures are provided as supporting methodology (Figure S1 and Text S1).

Eventually, furthering our knowledge of climate-growth relationships of the different tree species may support methodologies for better adapted silvicultural treatments, e.g. reforestation.

Importantly, the REACH legislation states: The Commission, Member States, industry and other stakeholders should continue to contribute to the promotion of alternative test methods on an international and national level including computer supported methodologies, in vitro methodologies, as appropriate, those based on toxicogenomics, and other relevant methodologies.

High classification accuracies support methodology for the selection of the working subset of the CP parameters and their classification potential.

The design of a distributed generation plant and the choice of its proper management policy are complex tasks that require effective support methodologies and tools.

Understanding farmers' points of view and decisions regarding agroecological transition deserves the attention of scientists, agricultural advisors and policy makers when designing innovative cropping systems, new support methodologies and incentives to respond effectively to farmers' objectives and contexts of action.