Sensor networks are important for monitoring several physical phenomena.
Habitat classification is important for monitoring the environment and biodiversity.
Trauma auditing is important for monitoring the process of trauma care and outcome prediction.
However, viral loads are important for monitoring response once therapy has begun.
The identification of antigenic sites of H9 is important for monitoring antigenic variants and developing effective vaccines.
Major removal pathways for carbon and nitrogen are indicated which are important for monitoring treatment effectiveness at a field scale.
Molecular typing of Klebsiella species has become important for monitoring dissemination of β-lactamase-producers in hospital environments.
Measurements of inter- and intramolecular distances are important for monitoring structural changes and understanding protein interaction networks.
Measuring phosphate intake in CKD is important for monitoring dietary adherence and for the effectiveness of therapeutic interventions.
Microwave remote sensing in the window at 1.413 GHz (L-band) set aside for passive use only is important for monitoring sea surface salinity and soil moisture.
Therefore, the relationship between the accelerations on a locomotive component and the dip angles of dipped rail defects is important for monitoring the development of those defects.
