Monitoring and Assessment of Environmental Quality in Coastal Ecosystems, 4th Edition

A special issue of Environments (ISSN 2076-3298).

Deadline for manuscript submissions: 15 September 2025 | Viewed by 2897

Special Issue Editor

Special Issue Information

Dear Colleagues,

Coastal ecosystems are dynamic, complex, and often fragile transition environments between land and oceans. They are exclusive habitats for a broad range of living organisms, functioning as biodiversity havens and providing several important ecological services linking terrestrial, freshwater, and marine environments.

Humans living in coastal zones have been strongly dependent on these ecosystems as sources of food, physical protection against storms and the advancing sea, and a range of human activities that generate economic income (e.g., tourism and water sports). The intensification of human activities in coastal areas in recent decades and the current global climatic changes and coastal erosion processes have had detrimental impacts on these environments: organic and inorganic pollution; marine anthropogenic litter; destruction, fragmentation, and modification of habitats for multiple purposes; overexploitation of natural resources; introduction of invasive species; and loss of biodiversity. Maintaining the structural and functional integrity of these environments as well as recovering an ecological balance or mitigating disturbances in systems under the influence of such stressors are complex tasks, only achievable through the implementation of monitoring programs and environmental quality assessments.

In this Special Issue, we invite colleagues to contribute original research papers and review articles on all aspects of coastal ecosystems’ environmental quality monitoring and assessment. The monitoring and assessment methods may focus solely on abiotic compartments, such as water and sediments, or include biotic compartments of relevance from all taxonomic origins. The tools used may range across various ecological levels of organization, from the individual to the ecosystem, including, for example, environmental quality and environmental indexes, ecotoxicology and biomarkers, bioindicators and biomonitors, population and community indexes and indicators, and ecosystem responses and services. Innovative and more traditional monitoring and assessment methods are both welcome.

The publications in the first and second volumes of this Special Issue, which we believe may be of interest to you, can be found at the following links: https://www.mdpi.com/journal/environments/special_issues/Environmental_Quality; https://www.mdpi.com/journal/environments/special_issues/Environmental_Ecosystems; https://www.mdpi.com/journal/environments/special_issues/IR6CT88409.

Dr. Sílvia C. Gonçalves
Guest Editor

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Keywords

  • coastal ecosystems
  • environmental quality and environmental indexes
  • monitoring and/or assessment programs
  • environmental disturbances
  • pressures and stressors
  • anthropogenic impacts
  • bioindicators
  • biomonitors
  • ecotoxicology and biomarkers
  • populations
  • communities and ecosystem responses

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Published Papers (3 papers)

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Research

20 pages, 3987 KiB  
Article
Groundwater/Surface Water Temperature Variations and Hydrogeological Implications in Doñana National Park
by José Luis Yanes, Alejandro Jiménez-Bonilla, Marina Martínez-Caro, Ana Fernández-Ayuso and Miguel Rodríguez-Rodríguez
Environments 2025, 12(3), 83; https://doi.org/10.3390/environments12030083 - 9 Mar 2025
Viewed by 509
Abstract
This study analyzes the evolution of surface water and groundwater temperatures at various depths in the sand-dune ponds of Doñana National Park (southern Spain) over eight hydrometeorological years (2016–2024). This research aims to characterize the water temperature regime, identify water temperature trends, and [...] Read more.
This study analyzes the evolution of surface water and groundwater temperatures at various depths in the sand-dune ponds of Doñana National Park (southern Spain) over eight hydrometeorological years (2016–2024). This research aims to characterize the water temperature regime, identify water temperature trends, and analyze patterns in groundwater flow dynamics. The results indicate that, in a recent dry–warm period (2020–2023), coinciding with a notable decrease in precipitation and an increase in the average air temperature in the area, there was an increase in the annual mean temperature of pond water and in shallow piezometers (~15 m depth). However, in deep piezometers, a decrease in water temperature was recorded during the dry–warm period, along with a reduction in temperature variability. A phase shift has also been observed between groundwater temperature extremes and air temperature variations, with the magnitude of this shift depending on sensor depth. These findings enable the analysis of the sensitivity of these wetlands to global environmental change and contribute to the characterization of recharge and discharge flows in the aquifer, both at local and regional scales, allowing for the evaluation of flow variability in hydrological years with below-average precipitation and above-average air temperature and shallow groundwater temperature. Full article
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30 pages, 4647 KiB  
Article
Ecosystem-Model-Based Valuation of Ecosystem Services in a Baltic Lagoon: Long-Term Human Technical Interventions and Short-Term Variability
by Gerald Schernewski, Thomas Neumann, Sarah Piehl and Nicole M. Swer
Environments 2025, 12(2), 35; https://doi.org/10.3390/environments12020035 - 21 Jan 2025
Viewed by 764
Abstract
We conducted 3D ecosystem model simulations over a 10-year period, supplemented by socio-economic data, to evaluate the ecosystem services provided by the large, shallow Oder/Szczecin Lagoon. Our analysis focused on three scenarios reflecting the progressive deepening of the navigational waterway across the lagoon: [...] Read more.
We conducted 3D ecosystem model simulations over a 10-year period, supplemented by socio-economic data, to evaluate the ecosystem services provided by the large, shallow Oder/Szczecin Lagoon. Our analysis focused on three scenarios reflecting the progressive deepening of the navigational waterway across the lagoon: from 6 m (1880) to 10.5 m (1984) and finally to 12.5 m (2023). For the 10.5 m scenario, the total value of all six ecosystem services was estimated at EUR 272 million/year, or approximately EUR 0.4 million/year/km2. The individual contributions of each ecosystem service were as follows: nitrogen retention, EUR 166 million/a; phosphorus retention, EUR 5 million/a; carbon storage, EUR 0.4 million/a; active recreation, EUR 61 million/a; landscape aesthetics, EUR 36 million/a; wild fish catches, EUR 3.2 million/a; and transportation, EUR 32 million/a. Among these, denitrification emerged as the most economically important process, valued at EUR 178 million/year, or EUR 0.26 million/year/km2. Regulating ecosystem services displayed substantial interannual variability and pronounced seasonality. Additionally, the two parts of the lagoon, Kleines Haff (Germany) and Wielki Zalew (Poland), exhibited distinct patterns. Our model indicates that channel deepening enhances sediment burial and significantly increases phosphorus and carbon retention. However, the associated increase in connectivity to the Baltic Sea appears to have a minor effect. Full article
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26 pages, 6894 KiB  
Article
Water Discharge and Sediment Transport from the Dese River Estuary to the Venice Lagoon (Italy): Annual Dynamics and the Influence of Floods
by Roberto Zonta, Giuliano Lorenzetti, Giorgia Manfè, Simone Leoni, Gian Marco Scarpa, Luca Zaggia, Carlo Bendoricchio, Martino Cerni and Janusz Dominik
Environments 2024, 11(12), 294; https://doi.org/10.3390/environments11120294 - 19 Dec 2024
Viewed by 1073
Abstract
The sediment load from the drainage basin may play a key role in sustaining the fragile tidal and subtidal habitats of the Venice Lagoon, which underwent significant erosional losses in recent decades. Freshwater discharge and suspended sediment transport were studied in two estuarine [...] Read more.
The sediment load from the drainage basin may play a key role in sustaining the fragile tidal and subtidal habitats of the Venice Lagoon, which underwent significant erosional losses in recent decades. Freshwater discharge and suspended sediment transport were studied in two estuarine sections of the main tributary of the lagoon, Dese River, employing acoustic instruments and analyzing sediment accumulation in the estuary through bathymetric measurements. The results for 2021 are discussed in terms of discharge, rainfall–runoff relationships, suspended sediment load, and the impact of floods. Compared to previous estimates from 1999, the mean water flow was similar in both years, but the annual suspended sediment load nearly doubled. A single flood event is described, which produced extreme sediment transport and delivered 21.8% of the annual load over a 22 h period. This study provides a framework for assessing whether the sediment load from the Dese River may offset degradation in the morphodiversity of its estuary and the habitats it supports. High-resolution monitoring of sediment delivery from the freshwater tributaries is emphasized as a critical approach for protecting the estuarine areas at the water–land interface of the Venice Lagoon. Full article
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