The phrase "adapted monitoring" is correct and usable in written English.
It can be used in contexts where monitoring processes or systems have been modified or tailored to meet specific needs or conditions.
Example: "The research team implemented adapted monitoring techniques to better track the progress of the participants in the study."
Alternatives: "customized monitoring" or "tailored monitoring".
Similar studies conducted at the European level would offer an improved knowledge on the reality of the disease in the field and enable adapted monitoring.
This study focused on evaluating the sampling protocols employed in this adapted monitoring program over two field seasons (2003 and 2004).
This study deals with the characterization and the quantification of the bank erosion of a small low energy river of the Seine Basin Francee) in periurban catchment where urbanization had led to an incision and widening of the bed in the past decades, using adapted monitoring surveys: erosion pins and Structure-from-Motion Photogrammetry.
Results demonstrated that the most efficient protocol was different depending on the shape of the gas plume, thus stressing the importance of having a priori knowledge on the geological, lithological and hydraulic characteristics of the subsurface, in order to correctly assess the most likely gas plume geometry and hence design the most adapted monitoring protocol.
Our results suggests that carefully adapted monitoring designs may be set in order to detect introduction events that can lead to rapid establishment and growing populations as the accepted contamination thresholds are likely to be biologically insufficient to prevent further environmental contamination.
To control for a proper procedure and to ensure the robustness of the data obtained, a specifically adapted monitoring system was designed to meet the logistic needs.
This requirement implies adapting monitoring locations and density, and monitoring frequency.
It might also imply adapting monitoring techniques by integrating alternative screening methods and emerging tools for monitoring water quality to complement existing monitoring.
We suggest that implantable heart and activity monitors that are made for use in humans, and thus seeing rapid technological improvement, are readily adapted for monitoring behavioral and physiological changes in wild animals.
A range of bio- and nanotechnologies have been developed that could be adapted towards monitoring the presence and expression of transgenes, in real time and in the field, in plants of agronomic and ecological importance.
The model of the 'International Clinical Trial Registration Platform' may be adapted for monitoring the projects of dual use research.
