Nature, Volume 428 |
From inside the book
Results 1-3 of 74
Page 69
Our trophic oceans . estimate suggests that , in the Heron Island reef , Acropora mucus production contributes at least 0.9–1.7 % to the measured sedimen- Methods tary decomposition of organic carbon . Presuming a comparable Mucus ...
Our trophic oceans . estimate suggests that , in the Heron Island reef , Acropora mucus production contributes at least 0.9–1.7 % to the measured sedimen- Methods tary decomposition of organic carbon . Presuming a comparable Mucus ...
Page 116
... Dinah Ashman , Nell Boase , Catherine Cassidy , Isobel Flanagan , Paul Fletcher , Nick Haines , Lucy Odling - Smee , David Price EDITORIAL PRODUCTION : Charles Wenz , Sarah Dennehy , Maria Hodges , Alison Hopkins NATURE NEWS SERVICE ...
... Dinah Ashman , Nell Boase , Catherine Cassidy , Isobel Flanagan , Paul Fletcher , Nick Haines , Lucy Odling - Smee , David Price EDITORIAL PRODUCTION : Charles Wenz , Sarah Dennehy , Maria Hodges , Alison Hopkins NATURE NEWS SERVICE ...
Page 2
Whereas phytoplankton exudation has been considered to divert primary production from contributing to vertical flux , the mechanism described here constitutes an effective pathway to channel dissolved matter into the particulate pool .
Whereas phytoplankton exudation has been considered to divert primary production from contributing to vertical flux , the mechanism described here constitutes an effective pathway to channel dissolved matter into the particulate pool .
What people are saying - Write a review
We haven't found any reviews in the usual places.
Contents
nature | 9 |
How Wine was Saved for the World Christy Campbell | 20 |
som refrigeration | 26 |
Copyright | |
5 other sections not shown
Other editions - View all
Common terms and phrases
activity addition analysis animals antibody applications associated atom biology Cancer cause cells Centre China close compared complex containing culture Department determined direct disease drug effects et al experience expression factor field Figure function funding further gene genetic genome growth human important increase indicated initial Institute interactions interests involved Laboratory leading March materials measured mechanism Methods mice molecular mutant Nature observed ocean organic phase physics population position production programme protein publishing recombination region regulation relative response role says scientific scientists sequence shown signal similar Skp2 species strains structure successful suggest Supplementary surface temperature transformation tumour United University
Bibliographic information
| Title | Nature, Volume 428 |
| Editor | Sir Norman Lockyer |
| Publisher | Macmillan Journals Limited, 2004 |
| Original from | University of Illinois at Urbana-Champaign |
| Digitized | 14 Jun 2018 |
| Export Citation | BiBTeX EndNote RefMan |