Skills & services

Monitoring that shows when conditions change, why they change and what to do next

MER designs and implements marine environmental monitoring programmes that move from baseline definition to trigger-based construction control, long-term operational follow-up and research-ready environmental observation.

Discuss a monitoring brief Back to services

Good monitoring is not repeated sampling for its own sake. It is the system that tells you whether a site is behaving as expected, whether pressures are intensifying, where impacts are first appearing, and when mitigation or operations need to change. MER builds this system by linking baseline and EIA evidence, field deployment, physicochemical and biological analysis, ecological interpretation and data analysis and reporting into monitoring programmes that are practical enough to run, strong enough to defend and structured enough to remain useful beyond a single project.

This includes pre-construction reference conditions, real-time and fixed-station monitoring during marine works, trigger-based plume and turbidity response, operational monitoring for marina basins and coastal waters, water and sediment chemistry, Posidonia and habitat follow-up, biological quality elements, macrofauna, underwater noise, fish and tissue checks where needed, and reporting structures that turn monitoring into clear management decisions rather than a box-ticking exercise.

MER also brings a strong research dimension to monitoring, helping develop standardised and harmonised methods, comparable datasets and interoperable monitoring workflows that can support wider environmental assessment, national obligations and long-term biodiversity observation. Where relevant, monitoring programmes are designed not only for compliance and management, but also to generate knowledge, improve methodologies and contribute to broader scientific and policy frameworks.

Services, skills & methods

Baseline, reference-condition and pre-construction monitoring To define defensible starting conditions before works begin and to anchor later comparisons in real site evidence.
Construction-phase monitoring with trigger rules Including continuous stations, visible-plume response, intensified sampling and thresholds that help unforeseen impacts be identified and mitigated quickly.
Operational and post-construction follow-up For marinas, ports, aquaculture infrastructure, utilities and other marine assets that continue to exert pressure after construction ends.
Physicochemical and water-column monitoring Including vertical profiles, nutrients, metals, hydrocarbons, suspended solids, turbidity, currents, waves and related environmental variables.
Habitats, Posidonia and biological quality elements Using permanent quadrats, photo-based processing, macrofauna, macrophytes and ecological indicators where biological response matters as much as chemistry.
Standardisation, harmonisation and interoperable monitoring design So methods, indicators and data structures remain comparable across sites, time periods, projects and wider observing or assessment frameworks.
Thresholds, mitigation review and compliance-ready reporting So monitoring results lead directly to management action, permit follow-up and clearer decisions on whether conditions remain acceptable.

Monitoring systems & research-linked evidence streams

MER combines fixed-point current and turbidity stations, buoy-mounted current and wave sensors, CTD and vertical water-column profiling, water and sediment chemistry, hydrophone-based underwater-noise monitoring, Posidonia permanent quadrats, seagrass stress indicators, macroalgae, vermetids, benthic macrofauna, fish tissue analyses and biological-quality-element indicators within integrated marine monitoring programmes. The strength is not one method in isolation, but MER’s ability to bring physical, chemical and biological evidence together in a single framework that supports compliance, management, methodological development and longer-term environmental understanding.

Typical outputs

  • Monitoring plans linked to project phases, permit conditions and decision triggers
  • Continuous and repeat-station datasets for currents, waves, turbidity and water-column condition
  • Water, sediment and biological result tables with interpreted significance
  • Threshold exceedance records, plume-response logs and station comparisons
  • Habitat and biological follow-up summaries using fixed quadrats or stations
  • Standardised protocols, harmonised indicators and comparable datasets where relevant
  • Compliance-ready and research-ready reports with mitigation and management recommendations

Example Projects

Complex construction monitoring Vasilikos LNG Real-time wave, current and turbidity monitoring, broad water and sediment chemistry, fish tissue analysis, Posidonia quadrats, stress variables and BQE-based ecological follow-up during jetty construction. Full-lifecycle monitoring Pentakomo Aquaculture Port Programme spanning pre-construction through operation, with continuous turbidity, seasonal water, semi-annual sediment/macrophytes, underwater noise, Posidonia quadrats and annual macrofauna. Method development in MPAs NIS monitoring in Cyprus MPAs Baseline surveys and seasonal monitoring in three marine protected areas, updating inventories, tracking distribution and abundance, and helping develop a national monitoring protocol for non-indigenous species in Cyprus. Applied research in MPAs Artificial reefs in MPAs Scientific monitoring of artificial reefs in Cyprus MPAs, assessing fish abundance, biomass and community development to support biodiversity management and long-term evaluation.

Frequently asked questions

What kinds of marine environmental monitoring does MER support?

MER supports baseline, construction, operational and post-construction monitoring, including water, sediment, current, turbidity, habitat and biological-quality-element follow-up, as well as longer-term monitoring linked to biodiversity assessment, marine protected areas and environmental management.

Can MER design monitoring programmes as well as implement them?

Yes. MER can help define stations, indicators, thresholds, sampling frequency, trigger rules, protocols and reporting structures, then implement the programme in the field and support interpretation of the results.

Can MER monitor both physicochemical conditions and biological response together?

Yes. MER can combine water-column and sediment variables with Posidonia, macroalgae, macrofauna and other biological elements so monitoring results are interpreted in ecological context rather than as isolated measurements.

Does MER only support compliance monitoring?

No. MER also applies monitoring in research, biodiversity observation and management-oriented programmes, helping generate knowledge, improve methodologies and support wider environmental assessment frameworks where relevant.

Can MER support standardised and harmonised monitoring approaches?

Yes. MER can design monitoring approaches that use standardised methods, harmonised indicators and interoperable workflows, improving comparability across sites, time periods and programmes and strengthening the long-term value of the data.

Can MER support permit compliance and long-term follow-up after construction?

Yes. MER can support both short-term compliance monitoring and longer-duration operational or management follow-up where authorities, operators or project partners need evidence that conditions remain acceptable over time.