We aim to test this over the coming years.
In this section, we aim to test the theoretical conclusion by numeric simulation methods.
The consequences of this interaction for knowledge and use are what we aim to test.
We aim to test the applicability of kernel methods to phenotyping inflorescence architecture and its QTL mapping.
Herein, we aim to test whether this hypothesis can be verified by experimental results obtained from aerobic and anaerobic degradation experiments in two-dimensional sediment microcosms.
In particular, we aim to test whether the observed multi-site species turnover is driven primarily by ecological differences (e.g. species-specific occupancies) or by habitat heterogeneity (i.e. site-specific alpha diversity as a proxy of site quality).
As we aim to test a sentiment-based portfolio strategy over as many business cycles as possible, the choice of search engine data would severely limit the time span of our data set.
As information is presumed to be imperfect in our study, the quality outcome due to reform in physiotherapy is unambiguous and by using empirical data we aim to test which effect dominates in the market.
We aim to test a wide range of specific scientific hypotheses relating to associations between human health and the microbiota, acquisition of pathogens, development of the innate and adaptive immune systems, and the fetal and maternal genome and epigenome.
In this study, we aim to test the hypothesis that publication of wait time information would lead to more patients visiting the ED site with shorter published wait time, and that such a change in utilization pattern would lead to reduction in lengthy wait times in a community with two ED sites.
We aim to test the efficacy of this immunotherapy in dogs bearing spontaneous GBM.
