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• Nutrient conversion in the marine environment
  ...ovides a brief introduction to the processes involved in the conversion of the main nutrients: nitrogen, phosphorus and silicon. ...63</ref>, very different from the Redfield ratio 16:1 (average N:P ratio of phytoplankton).
  26 KB (3,923 words) - 20:02, 4 August 2023
• Global Forum of Oceans, Coasts and Islands
  ...ations) with the common goal of encouraging the sustainable development of oceans, coasts, and islands. ==Third Global Conference on Oceans, Coasts and Islands==
  16 KB (2,281 words) - 16:59, 1 August 2019
• Effects of global climate change on European marine biodiversity
  This article discusses global warming and the range of effects on marine systems. ..."Phillipart"> Phillipart C.J.M. (ed.) (2007). Impacts of climate change on the European marine and coastal environment: ecosystems approach.'' European Sc
  16 KB (2,428 words) - 13:04, 21 February 2024
• Eutrophication in coastal environments
  ...cycles of nutrients are discussed in the article [[Nutrient conversion in the marine environment]]. ...l. Oceanogr., 51 (1, part 2), 351–800.</ref>. Coastal regions throughout the world, including Europe, are affected by [[eutrophication]]. It is usually
  18 KB (2,538 words) - 12:37, 30 March 2022
• Ocean acidification
  Definition|title=Ocean acidification ...issolves in seawater producing carbonic acid, which subsequently lowers pH of surrounding seawater; widely thought to be happening on a global scale.}}
  23 KB (3,325 words) - 17:13, 22 April 2024
• Seagrass meadows
  ..., [[zonation]], succession, biota, threats, functioning and adaptations of the organisms that live in seagrass meadows. ...ds several adaptations that allow them to live in submerged ocean regions. The sediments where they settle on can be [[mud|muddy]], rocky or sandy.
  37 KB (5,414 words) - 20:23, 24 December 2023
• Coral reefs
  ...is one of the sub-categories within the section dealing with biodiversity of [[marine habitats and ecosystems]]. ...ect coral islands and island populations against the destructive forces of the sea under storm conditions, see [[Coral islands]].
  27 KB (4,098 words) - 22:25, 5 April 2024
• Species extinction
  ...rates since humans have become Earth's dominant large animal and the cause of global environmental change. ...irst started in the deep ocean area, and then moved up to the upper layers of ocean, killing almost all living creatures.
  25 KB (3,716 words) - 18:44, 23 February 2024
• Greenhouse gas regulation
  ...on of goods and services provided by marine biodiversity: implications for the ecosystem approach. Mar. Pollut. Bull. 54(3): 253-265 </ref>.}} ...s been termed the 'Biological Pump.' See [[Ocean carbon sink]] and [[Ocean acidification]] for further details.
  4 KB (602 words) - 16:15, 12 September 2023
• Algal bloom dynamics
  ...at MERIS true colour image of a phytoplankton bloom (bright blue color) in the Barents Sea.]] ...on of algal blooms. A simple model of algal bloom dynamics is presented in the appendix.
  42 KB (6,475 words) - 18:18, 12 February 2024
• Marine Plankton
  ...arvae of fish and other animals (zooplankton). They constitute the base of the aquatic food chains<ref>Barnes, R. and Hughes, R. 1999. An introduction to ...Lenz, J. 1978. Pelagic ecosystem structure: Heterotrophic compartments of the plankton and their relationship to plankton size fractions. ''Limnology and
  34 KB (5,059 words) - 17:27, 25 April 2024
• MarBEF Network of Excellence
  ===The challenges and obstacles=== ...unt of paperwork, together with the finite resources for the management of the consortium, were
  6 KB (982 words) - 21:13, 21 February 2024
• Possible consequences of eutrophication
  ...m]] may change with eutrophication. The diagram below gives an overview on the eutrophication process and its causes and consequences. ===Increased biomass of phytoplankton resulting in [[algal bloom]]s===
  19 KB (2,819 words) - 11:05, 20 February 2024
• Productiviteit
  ...lijke systemen vergeleken met deze beïnvloed door menselijk activiteiten, of volledig artificieel<ref name="°">http://www.coastalpractice.net/glossary/ ...gebruik te maken van externe energie. Bij [[Photosynthesis|fotosynthese]] of bladgroenwerking wordt deze energie uit het zonlicht gehaald met behulp van
  14 KB (1,989 words) - 17:04, 28 October 2013
• Onderwatergeluid
  ...me="zes"/><ref name="$">Immonds, M., Dolman, S., Weilgart,L., 2004. Oceans of Noise 2004. WDCS Science Report, p168.</ref>. ...eafstand voor sociaal gedrag, foerageer- en predatorvermijding, tijdelijke of
  10 KB (1,423 words) - 16:06, 31 August 2012
• Definitions of marine ecological terms
  This article provides a glossary of marine ecological terms used in the Coastal Wiki. Many definitions are derived from the following references:
  39 KB (5,335 words) - 13:31, 6 March 2022
• Seaweed (macro-algae) ecosystem services
  ...of the order ''Laminariales'', are a major group of seaweed, discussed in the article [[Kelp forests]]. [[File: SeaweedSpecies.jpg|thumb|400px|right|Fig. 1. Examples of the three main taxonomic groups: a. phylum ''Chlorophyta'' (green algae); b. ph
  35 KB (5,044 words) - 17:21, 16 February 2024
• Ocean carbon sink
  ...the sequestered carbon are: about 3 Pg C/y on land and about 2.4 Pg C/y in the sea <ref name=LQ>Le Quere, C., Andrew, R.M., Friedlingstein, P., Sitch, S., .... Ecol. Environ. 9: 552–560</ref>. The ocean carbon pool consists mainly of dissolved CO₂ , bicarbonate (HCO₃^-), carbo
  12 KB (1,798 words) - 22:09, 23 April 2024
• Coral islands
  It is recommended to read this article together with the article [[Coral reefs]]. ...nd Owen, S. 2021. Global-scale changes in the area of atoll islands during the 21st century. Owen Anthropocene 33, 100282</ref>. Photo credit Fabio Di Lup
  8 KB (1,229 words) - 20:45, 2 April 2024