Computer software was developed to process the monitoring data in the sense of the damage model.
Additional careful scrutiny of monitoring data in the coming months and years is key to interpreting whether hydrothermal heating or magma quenching will prevail.
Accurate conceptual models of groundwater systems are essential for correct interpretation of monitoring data in catchment studies.
It virtually uses advanced computer software for collecting, analyzing, and monitoring data in real biological functions or characteristics to get a better understanding of complex biological activities.
The updating of the representative block of cycles of the local stress by online monitoring data in the future is included in the computational approach.
Due to shortage of flow monitoring data in ungauged semidiurnal river, 'environmental flow' (EF) determination based on its key component 'minimum low flow' is always difficult.
Our analysis shows that structured biodiversity monitoring data in Europe do not date back far enough in time to document and assess the full impact of anthropogenic pressures on biodiversity, even for popular taxonomic groups such as birds and mammals.
Further, our study points out the usefulness of bird monitoring data in regional planning efforts that incorporate goals for maintaining native biological diversity.
This method could fill the gap of incomplete monitoring data in mine ground subsidence, and provide a reference for production in the metal mine.
Methodological issues concerning the specification of indicators and development of monitoring systems were addressed, as well as the current scarcity of global monitoring data in this field.
In the present study, a novel method is developed to back-calculate rock mass strength parameters from AE (acoustic emission) monitoring data in combination with FEM stress analysis.
