The possibility to discover additional genes involved in molecular pathways leading flower and seed development was addressed by comparative approaches focused on A. thaliana flower and seed transcriptomes as references (see Additional file 1: Table S7).
These three previous approaches focused on one particular reactive transport model.
Over the past decades, approaches focused on cloning, sequencing, and functional characterization of one or a few genes were the preferred (and the only possible) modality of investigation.
On the one hand, SDT contributes to approaches focused on culturally relevant pedagogy and the view that certain motivational needs and experiences are basic to all humans and therefore, universal.
These contributions are: reliant on the use of small scale, case study approaches; focused on a few health issues; limited to one country or to specific locations within a country; and largely unpublished in the peer-reviewed literature, although important reports and documents have been produced and circulated.
Their approaches focused on determining a near-optimal solution.
Our analysis thus links the two approaches, focused on the entrepreneur and on the environmental factors.
The existing approaches focused on the VM placement techniques for performance improvement with defined constraints.
This is performed using a combination of analytical techniques and data analysis approaches, focused on the development over time rather than on singular paintings.
The main difference between the two approaches focused on here is the sustainability aspects considered in the assessment of impacts caused by the risk reduction measures.
Data redundancy in WSN can also alleviate the demand for reliability when equivalent data packets are transmitted, and there are many approaches focused on maximizing redundant sensing [24].
