This review critically evaluates previously published work on suspended sediment dynamics to demonstrate how the interpretation of sediment sources and pathways is influenced by the temporal scale and methodology of the study.
In an early study, Suchman (1987) demonstrated how the interpretation of people operating technical objects cannot be guided by normative rules.
The load independent EEG-BOLD signal correlation analysis demonstrates that the interpretation of task-related neurovascular changes (i.e., the BOLD signal) is incomplete without incorporating the role of oscillatory activity.
Our study demonstrates that the interpretation of nutrient and algal biomass data is partly dependent on the scale of the assessment, and that combining data from large-scale studies may mask smaller scale interactions.
In this study, we concentrated on the application of this methodology to infer gene networks using microarray data, and demonstrated how the interpretation of parameter estimates and function thereof offered new insights into the relationships between genes.
Our analysis demonstrates that the interpretation of 'outcomes' that may be appropriate for clinical trials of pharmaceutical products, is problematic when used in evaluations of complex interventions in areas such as complementary medicine, palliative care, rehabilitation, and health promotion.
Notably, 88% of identified SNPs are either in inter-genic regions (43%) or located in intronic (non-coding) regions (45%) of genes, demonstrating that the interpretation of the signals typically requires further studies exploring the functionality of these regions (Hindorff et al., 2009).
Because this deviation was small (14 %, compared to the ±10%% acceptable range) and dose-normalized PK data demonstrated that the interpretation of the exposure data was not impacted by this change, the nominal dose (10 mg/kg) was used for this group.
This example nicely demonstrates the biological interpretation of a specific protein function (e.g. basal activity) as an advantage (adaptation) or a disadvantage (disease) depending on environmental conditions.
Several single- and multiple-degree-of-freedom systems are used to demonstrate the use and interpretation of these relationships.
