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Basic hydrographic, nutrient and carbon/nitrogen chemistries at station AT_II...
This dataset has no description
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Biogenic particle flux of trap NABE-N48.2
This dataset has no description
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Biogenic particle flux of trap NABE-N48.1
This dataset has no description
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Biogenic particle flux of trap NABE-N34.2
This dataset has no description
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Biogenic particle flux of trap NABE-N34.1
This dataset has no description
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Annual Particle fluxes of NABE-N48_trap
This dataset has no description
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Annual Particle fluxes of NABE-N34_trap
This dataset has no description
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Hydrochemistry and biological data measured on water bottle samples during ME...
This dataset has no description
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Physical oceanography and hydrochemistry measured on water bottle samples dur...
During a R.V. Meteor JGOFS-NABE cruise to a tropical site in the northeast Atlantic in spring 1989, three different vertical regimes with respect to nitrate distribution and... -
Nutrients measured on water bottle samples during METEOR cruise M10/2
This dataset has no description
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Hydrochemistry measured on water bottle samples during METEOR cruise M10/1
The relationship between the vertical flux of microplankton and its standing stock in the upper ocean was determined in the subtropical (33°N, 21°W) and tropical (18°N, 30°W)... -
Physical oceanography during METEOR cruise M10/2
This dataset has no description
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Physical oceanography during METEOR cruise M10/1 (Part 2)
see also the first part at doi:10.1594/PANGAEA.61809 -
Physical oceanography during METEOR cruise M10/1
During leg 1 of Meteor cruise 10 in March/April 1989 at 18°N, 30°W, the high spatial and temporal resolution of hydrographic CTD-stations indicated that the study site was in a... -
Water chemistry from the North Atlantic Bloom Experiment
Primary production was measured every other day towards the end (18-31 May) of the 1989 North Atlantic spring bloom. Rates varied with light and averaged 90.4 mmol C/m2 day at... -
Water temperature profiles from 20 XBT drops along the track of cruise AT_II-...
It is our experience that the actual drop rate of T-7 XBTs is about 6 percent faster than accounted for by the Sippican drop rate equation. We therefore applied a uniform... -
Chemistry measured on water bottle samples at station JGOFSNABE59N
This dataset has no description
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Chemistry measured on water bottle samples at station JGOFSNABE47N
This dataset has no description
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Water temperature profiles of 167 aircraft deployed XBTs during the NASA P3 c...
The following note was prepared by the U.S. JGOFS Data Management Office (DMO) and applies to all of the NASA P3 AXBT sections released by Dr. Frank Hoge, NASA. These data have...
