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Analysis of the seismogenic and tsunamigenic structure of the Alboran Basin (...
We present the results of our analysis of the seismogenic and tsunamigenic structure of the Alboran Basin (westernmost Mediterranean). In particular, we upload two different... -
Volume - mass relationship of silica sand used to measure mussel shell volume...
Volume (V) – weight (m) relationship of silica sand (grading 50-1000μm) used to measure G. childressi shell volume. A standardized cup of exact 0.2602 mL was used to measure 1... -
Total weight and wet weight of cultured Gigantidas childressi in deep-sea mus...
Cultured G. childressi wet weight – total weight relationship measured for Ci measurements in 2016 -
CH4 concentrations in the culture system during long-term culture of Gigantid...
The seawater in the G. childressi culture system was enriched with methane by injection of methane-enriched air from an air-methane gas mixing device. methane concentrations... -
Stable isotopes of cultured Gigantidas childressi in deep-sea mussel culture
Stable isotopes (a: δ15N, b: δ13C) of G. childressi that experienced different nutritional regimes (CH4: 'M', algae + CH4: MA', only algae: 'A') in our culture. As reference, t0... -
Clearance rates of Gigantidas childressi filtering phytoplankton
Clearance rates of two batches (1 and 2) of cultured G. childressi mussels filtering phytoplankton. Batch 1 mussels ('small': 51 ± 3 mm SD, 'large': 77 ± 4 mm SD) received... -
Valve gape activity of cultured Gigantidas childresse: mean data
Valve gape activity of cultured G. childressi mussels from different nutritional treatments (CH4: 'M', algae + CH4: 'MA', algae: 'A') at changing seawater CH4 concentrations.... -
Valve gape activity of cultured Gigantidas childresse: individual data
Valve gape activity of cultured G. childressi mussels from different nutritional treatments (CH4: 'M', algae + CH4: 'MA', algae: 'A') in response to mean steps (including both,... -
Gas consumption of cultures Gigantidas childressi
Gas consumption of two batches (1 and 2) of cultured G. childressi. Batch 2 mussels were cultured under 3 different nutrition regimes (CH4, algae + CH4, only algae). Methane... -
Growth of cultured Gigantidas Childressi after 21 months in culture
G. childressi shell length and shell thickness growth after 21 months in culture, as deduced from calcein staining marks using a Leica M165 FC stereo microscope. -
Mortality rate of cultured Gigantidas childressi in deep-sea mussel culture i...
Mortality/survival of animals in nutrition treatments 'm' (methane), 'a+m' (algae and methane) and 'a' (algae), that were not sacrificed for other analyses (initial animal... -
Condition index of cultured Gigantidas childress in deep-sea mussel culture i...
Gigantidas childressi from three different nutritional treatments (cultured from August 2017 to November 2019) were sampled after 27 months of culture. The conditions index was... -
Condition index of cultured Gigantidas childress in deep-sea mussel culture i...
Gigantidas childressi (cultured from July 2014 to August 2016) were sampled after 23 months of culture. The conditions index was calculated as the ratio of ash-free dry weight... -
Methane concentrations in seawater at different air CH4 levels in deep-sea mu...
Daily averages of measured CH4 concentrations in our recirculating aquarium system at six different CH4 levels (%) in the air used to equilibrate the seawater. -
Methane concentrations in deep-sea mussel culture: hand feed
During culture of deep-sea mussels Bathymodiolus azoricus in November 2013, the culture system (200 L) was repetitively enriched with methane by adding 5 L CH4-saturated sea... -
Methane concentrations in deep-sea mussel culture: continuous methane feeding
During culture of deep-sea mussels Gigantidas Childressi in September 2017, the culture system (200 L) was continuous enriched with methane by bubbling with methane-enriched air... -
Data from a long-term culture system for deep-sea mussels Gigantides childres...
Data of culturing two batches of G. childressi specimens for altogether 36 and 27 months, respectively. The deep-sea mussels of the first batch (208 specimens, "batch 1") were... -
Experiment on the response of the sea star Asterias rubens to heat stress and...
Robust estimates of marine species vulnerability to ongoing climate change require realistic stressor experiments. Here, we subjected an important coastal predator, the sea... -
Experiment on the response of the sea star Asterias rubens to heat stress and...
Robust estimates of marine species vulnerability to ongoing climate change require realistic stressor experiments. Here, we subjected an important coastal predator, the sea... -
Experiment on the response of the sea star Asterias rubens to heat stress and...
Robust estimates of marine species vulnerability to ongoing climate change require realistic stressor experiments. Here, we subjected an important coastal predator, the sea...