PR 00138: verschil tussen versies

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Regel 7: Regel 7:
'''Partners:''' Several major Mussel farmers, Centre of Expertise Delta Technology  
'''Partners:''' Several major Mussel farmers, Centre of Expertise Delta Technology  


'''Researcher involved:''' research group aquaculture (Jacob Capelle & Eva Hartog) {{Project config}}
'''Researcher involved:''' research group aquaculture (Jacob Capelle & Eva Hartog)
{{Project config}}
{{Project
{{Project
|Supercontext=Aquaculture in Delta Areas
|Supercontext=Aquaculture in Delta Areas
|Project type=Standaard
|Project type=Standaard
|Name=Temporal variation in mussel performance: role of aggregation and mussel density on mussel patch scale
|Name=Temporal variation in mussel performance: role of aggregation and mussel density on mussel patch scale
|Start date=2017/06/01
|Start date=2017/09/01
|End date=2017/01/31
|End date=2017/01/31
|Show summary=Ja
|Show summary=Ja

Versie van 7 jun 2017 13:18

Relaying of mussel seed to sites with favorable conditions is an important practice for professional mussel farmers. However, initial mussel losses after relaying is often extremely high. Seeding density is an important factor for minimizing this initial loss. Relaying in high densities will result in dense mussel patches that increases intraspecific competition for food and space. Competition inhibits mussel growth and promotes mussel losses. Simultaneously mussels need each other for protection, a facilitation effect that might be more beneficial at higher densities. We expect that food levels play an important role in the relation between competition and facilitation. This is tested in a field experiment where the effect of mussel density and fluctuations in food levels, are related to mussel aggregation and performance.

Research level: minor/internship/final thesis (BSc. level)

Perquisite: Driver license, technical skills, dedicated, creative

Partners: Several major Mussel farmers, Centre of Expertise Delta Technology

Researcher involved: research group aquaculture (Jacob Capelle & Eva Hartog)



























Competition inhibits mussel growth and promotes mussel losses. Simultaneously mussels need each other for protection, a facilitation effect that might be more beneficial at higher densities. We expect that food levels play an important role in the relation between competition and facilitation. This is tested in a field experiment where the effect of mussel density and fluctuations in food levels, are related to mussel aggregation and performance.

Startdatum
februari 1, 2018
Einddatum
juni 30, 2018





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