Intensive mixing along an island chain controls oceanic biogeochemical cycles
J Nishioka, T Nakatsuka, YW Watanabe… - Global …, 2013 - Wiley Online Library
The subarctic Pacific is a high‐nutrient low‐chlorophyll (HNLC) region in which
phytoplankton growth is broadly limited by iron (Fe) availability. However, even with Fe
limitation, the western subarctic Pacific (WSP) has significant phytoplankton growth and
greater seasonal variability in lower trophic levels than the eastern subarctic Pacific.
Therefore, differences in Fe supply must explain the west‐to‐east decrease in seasonal
phytoplankton growth. The Fe flux to the euphotic zone in the WSP occurs at a “moderate” …
phytoplankton growth is broadly limited by iron (Fe) availability. However, even with Fe
limitation, the western subarctic Pacific (WSP) has significant phytoplankton growth and
greater seasonal variability in lower trophic levels than the eastern subarctic Pacific.
Therefore, differences in Fe supply must explain the west‐to‐east decrease in seasonal
phytoplankton growth. The Fe flux to the euphotic zone in the WSP occurs at a “moderate” …
[引用][C] (accepted): Intensive mixing along an island chain controls oceanic biogeochemical cycles
渡辺豊 - Global Biogeochemical Cycles - cir.nii.ac.jp
(accepted): Intensive mixing along an island chain controls oceanic biogeochemical cycles |
CiNii Research … Global Biogeochemical Cycles Global Biogeochemical Cycles …
CiNii Research … Global Biogeochemical Cycles Global Biogeochemical Cycles …
以上显示的是最相近的搜索结果。 查看全部搜索结果