Document of dataset 2728

Dataset record

Type
Dataset
title in English
PANGAEA - Data from Biogeochemical fluxes of matter and energy in the deep sea (BIGSET)
Description in English
Investigations focus on the benthic boundary layer (BBL). A zone extending from a couple of hundred metres above the sediment to about 5m into the sediment. Most of the studies concentrated to the nepheloid layer and the bioturbated sediment layer. Vertical and lateral input of carbon into the BBL is determined by physical processes as well as by organisms. The bathy- and abysso-pelagic zooplankton and nekton including its bentho-pelagic components act as mediators between the productive oceanic surface layer and the benthos. The flux rates measured at the sediment/water interface, thus, mediate between short time scales of oceanic surface layer processes and the long time scales of processes in sediment layers beneath the bioturbated and bioirrigated sediment surface. Past productivity and modes of deposition (aeolic-seasonal, fluvial-seasonal up to episodic, turbidical-episodical) are reconstructed from amount and composition of trace elements in the solid phase and porewater.
Abstract in English
Data from Biogeochemical fluxes on the benthic boundary layer (BBL).
License
https://spdx.org/licenses/CC-BY-4.0.html
Version
1
Release date
Jan 5 2011 12:00AM

Temporal coverage

Temporal
Start date
1995-01-01
End date
1998-01-01

Geographical coverage

Spatial
ISW, Arabian Sea

Thesaurus terms

Keyword
Benthic boundary layer
Bio-geographical regions
Biota
Deep sea
Environment
Geoscientific Information
Habitats and biotopes
Metadata non conformant
Metadata not evaluated
No limitations to public access
Oceans
Sea regions
WGS84 (EPSG:4326)
XYZ ASCII

Themes

theme
Biology > Benthos

Ownerships

contributor
Leibniz Institute of Marine Sciences

Dataset references

record
Data Publisher for Earth & Environmental Science
record
European Ocean Biodiversity Information System

Special collections

part of special collection
available through EurOBIS
EMODNET

Document metadata

date created
2010-12-09
date modified
2025-03-26