"Current predictions of temperature increase in sea surface water estimate that extensive regions of the ocean will be warmer than at any time in the past million years as a consequence of the present trend of release the CO2 excess into the atmosphere. Studying the capacity of phytoplankton to adapt to warming has become a relevant issue because phytoplankton represents the basis of the aquatic food web supporting about half of the global primary production. Considering the complexity of the phytoplankton community in both taxonomic level and habitat preferences, different responses to increased temperature are expected.
Online Journals are scholarly and peer reviewed journals. The journals provide forum and motivates scientists, researchers, academics, engineers, and practitioners in all aspects to share their professional and academic knowledge in the fields computing, engineering, humanities, economics, social sciences, management, medical science, and related disciplines. Online Journals also aims to reach a large number of readers worldwide with original and current research work completed on the vital issues of the above important disciplines. The journals permit all readers to read, view, download and print the full-text of all published articles without any subscription or restrictions. .
Last date updated on November, 2020