Sentence examples for pollution surveillance from inspiring English sources

"We have received no specific reports of pollution within the English Channel area, but we have sent one of our counter pollution surveillance aircraft to investigate the sea areas between Dover and the Isles of Scilly".

Wireless nanosensor networks (WNSNs), which consist of nanosensors with the size of just a few hundred nanometers, can sense new types of events at nanoscale and thus are promising for lots of important applications, like intrabody drug delivery, air pollution surveillance, etc.

The low-cost, low-burden methods such as questionnaires, emissions inventories, and ambient pollution surveillance data could easily be applied to a large cross section of the NCS.

To this end, we utilized a custom-integrated workflow molecular processing, pollution surveillance, biostatical analysis, and bioinformatic visualization to map novel human (epi gene pathway-environment interactions.

The problem addressed in this section is thus representative of the design of networks of fixed oceanography stations with limited size based on the predictions of (complex and numerically expensive) computer models, and can be found in many other application areas, such as meteorology, agriculture, air quality, and pollution surveillance.

"We did not receive any reports of pollution within the Channel area at the time when the birds were coming ashore, but a MCA counter-pollution surveillance aircraft surveyed the Channel from Dover to the Isles of Scilly.

This interest is highly motivated by various applications, such as scientific exploration, commercial exploitation, oceanographic data collection, pollution monitoring, tactical surveillance, and coastline protection.

Indirect measurement methods may include household and personal questionnaires, time activity diaries, dietary and consumer product surveys, and existing ambient pollution and emissions surveillance databases, among others.

Escherichia coli is the most common intestinal bacterium of the Enterobacteriacae family and its presence outside the intestine is often used as an indicator of faecal pollution and in surveillance programs of antimicrobial resistance.

Underwater wireless sensor networks (UWSNs) have been developed for underwater applications, such as resource exploration, pollution monitoring, and tactical surveillance.

The criteria include the representativeness of a river system, compliance with water quality standards, supervision of water use, surveillance of pollution sources and examination of water quality changes.