Oceanography and Marine Biology: An Annual Review by R. N. Gibson, R. J. A. Atkinson, J. D. M. Gordon, R. N.
By R. N. Gibson, R. J. A. Atkinson, J. D. M. Gordon, R. N. Hughes
With expanding curiosity within the box and its relevance in worldwide environmental concerns, Oceanography and Marine Biology: An Annual assessment offers authoritative experiences that summarize result of fresh study in easy components of marine examine, exploring issues of specific and topical significance whereas including to new parts as they come up. This quantity, a part of a sequence that regards the all marine sciences as an entire unit, gains contributions from specialists serious about organic, chemical, geological, and actual facets of marine technology. together with a whole colour insert and an in depth reference checklist, the textual content is a necessary reference for researchers and scholars in all fields of marine technology.
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Additional resources for Oceanography and Marine Biology: An Annual Review
1997) showed that the simulated horizontal gradient differed from the observed gradients; generally the simulated primary production was too high, except for ICES box 5 (German Bight). 5 30 20 40 60 Km off the coast 80 15 10 5 0 20 Figure 6 Comparison of long-term annual averages of DIN, DIP, DIN:DIP ratio and chlorophyll along the Noordwijk transect (dots), based on a simulation (bars) with the DCM-NZB model over the 20-year period 1975–1994. (From de Vries et al. 1998. ) The findings are summarised as follows: 1.
Delhez (1998) gave values of annual primary production for the ICES boxes which were derived from his 10′ × 10′ resolution model; the values were in the range of results from other models, yielding a mean primary production of 150 gC m–2 a–1, which is realistic. A thorough validation still seems to be necessary. Concerning the ELISE model for the English Channel simulated results for nitrate, silicate and phytoplankton nitrogen content were tested on the basis of annual cycles for distinct regions of the Channel (Menesguen & Hoch 1997).
Modelling species successions could not realistically be assessed because many dynamic constants for important phytoplankton species are still lacking. 5. There is a great need for data at the event scale. To test more than the general coincidence of simulations within the range of climatological observations, datasets are needed which combine measurements of all relevant state variables on the event scale. An historic example of such a dataset was provided by the Fladenground Experiment (Lenz et al.