↓ Skip to Main Content

The Robertson Laboratory

Main Navigation

  • Home
  • Research
    • Physiological Ecology of Salt Marsh Plants
  • People
    • Sohini Ghoshroy, Ph.D.
  • Publications
  • Protocols
    • F/2 Culture Media
    • DNA EXTRACTION FROM MARINE PHYTOPLANKTON
    • DNA EXTRACTION FROM MARINE ALGAE AND SEAGRASSES
    • RNA EXTRACTION FROM DIATOMS USING THE RNEASY KIT
    • Modified RNA Extraction Using Glass Bead Beating and the RNeasy Kit
    • RNA Extraction from Red Algae
    • REVERSE TRANSCRIPTION (RT) OF DIATOM RNA USING QIAGEN’S QUANTITECT
    • RECIPES FOR MINI-PAGE GELS
    • Transfer to nitrocellulose and alkaline phosphatase detection (BioRad)
    • Transfer to nitrocellulose and alkaline phosphatase detection (OWL)
    • Siver Stain Protocol
    • BRADFORD MICROASSAY
    • PURIFICATION OF HIS-TAGGED LUCIFERASE
    • ALGAL PIGMENTS
    • Counting Cells Using a Hemacytometer
    • Common Laboratory Solutions and Methods
    • Introduction to Chemical Concepts
  • Courses
    • Marine Biology – BIOL 114
    • Ecology of Atlantic Shores – BIOL 201/301
  • Opportunities
    • Summer at Friday Harbor Marine Labs
    • Internship with Kwiáht
  • News
Home › In the News › Crossbreeding Could Help Coral Survive Warming Waters – The New York Times

Crossbreeding Could Help Coral Survive Warming Waters – The New York Times

debrobertson Posted on June 26, 2015 Posted in In the News

Dixon et al. show that mixing and matching corals of the same species from different latitudes may help corals survive in warming oceans.

Source: Crossbreeding Could Help Coral Survive Warming Waters – The New York Times

Post navigation

Previous Post is ‹ Deep-Sea Corals Win Historic Protection
Next Post is Invasion of coral endosymbionts ›

Contact Info

Deborah Robertson
Professor of Biology
Warren Litsky '45 Endowed Chair in Biology
Clark University
Worcester, Mass. 01610
Lasry Center for Biosciences
224 (lab) 231 (office)

508.793.7398
debrobertson@clarku.edu
curriculum vitae (pdf)

Updates

  • Tiny Creatures Form Massive, Bright Ring Around Antarctica – Eos
  • AL-145 Purpald
  • The tardigrade genome has been sequenced, and it has the most foreign DNA of any animal
  • Climate change threatens dozens of the region’s marine species, a new study reports – The Boston Globe
  • Microscopic vampire amoebas are swarming everywhere

Musing Categories

  • In the News
  • Lab News
  • Research Articles
  • Thoughts
  • Uncategorized
  • Websites
© 2025 The Robertson Laboratory | Powered by Responsive Theme