Factors influencing higher admission rates in smaller centres (eg, "out of hours resources") need to be explored with the aim of targeting modifiable influences on admission rates.
However, the high extinction rates observed during the derivation of the CC (Chesler et al. 2008; Iraqi et al. 2008; Morahan et al. 2008; Threadgill et al. 2011), the presence of replicable and significant TRD, and the reduction in breeding performance indicates that the role of biological selection in shaping the CC resource needs to be explored in the future.
It is well known that pathogenic infection can have a profound effect on the outcome of competition and predation, however the role of pathogenic infection in systems where predators and prey also compete for other resources is yet to be explored (i.e. in systems of intraguild predation).
To date there are no indications for long-term negative effects on LMB treated ecosystems, but issues related to La accumulation, increase of suspended solids and drastic resources depletion still need to be explored, in particular for sediment dwelling organisms.
There remain the vast resources in Russia's Arctic to be explored, plus future potential in the Caspian Sea, North Caucasus, and parts of East Siberia and Sakhalin.
As well, the available within-HEI infrastructures and resources that can support EBP need to be explored toward creating effective tailored 'educating the educators' interventions.
To encounter higher demands, other means such as equipment up-gradation and distributed energy resources may be explored.
At the outset, possibilities of better use of existing human and financial resources should be explored.
Unfortunately, this characteristic was linked to short fruiting zone length and low yield [ 14, 15] phenotypes; thus, new dwarf or semi-dwarf sesame genetic resources must be explored.
The integrated resources can then be explored by crawling or on-the-fly exploration, through query federation or a virtual knowledge broker [ 37, 38].
