<--- Back to Details
First PageDocument Content
Fisheries / Ecological theories / Systems ecology / Trophic cascade / Food web / Trophic level / Mesopredator release hypothesis / Apex predator / Kelp forest / Biology / Ecology / Predation
Date: 2012-10-15 18:04:18
Fisheries
Ecological theories
Systems ecology
Trophic cascade
Food web
Trophic level
Mesopredator release hypothesis
Apex predator
Kelp forest
Biology
Ecology
Predation

REVIEW James A. Estes,1* John Terborgh,2 Justin S. Brashares,3 Mary E. Power,4 Joel Berger,5 William J. Bond,6 Stephen R. Carpenter,7 Timothy E. Essington,8 Robert D. Holt,9 Jeremy B. C. Jackson,10 Robert J. Marquis,11

Add to Reading List

Source URL: media.longnow.org

Download Document from Source Website

File Size: 1,61 MB

Share Document on Facebook

Similar Documents

BULLETIN OF MARINE SCIENCE, 74(3): 621–638, 2004  MOTE SYMPOSIUM INVITED PAPER COMPLEX TROPHIC INTERACTIONS IN KELP FOREST ECOSYSTEMS

BULLETIN OF MARINE SCIENCE, 74(3): 621–638, 2004 MOTE SYMPOSIUM INVITED PAPER COMPLEX TROPHIC INTERACTIONS IN KELP FOREST ECOSYSTEMS

DocID: 1rASV - View Document

Marine Ecology Progress Series 552:19

Marine Ecology Progress Series 552:19

DocID: 1rjMY - View Document

Microsoft PowerPoint - Poster04_2.ppt

Microsoft PowerPoint - Poster04_2.ppt

DocID: 1rh2d - View Document

Channel Islands National Marine Sanctuary Sanctuary Advisory Council Research Activities Panel DRAFT Key Meeting Outcomes April 15, 2015 CINMS Ocean Science Education Building, UCSB

Channel Islands National Marine Sanctuary Sanctuary Advisory Council Research Activities Panel DRAFT Key Meeting Outcomes April 15, 2015 CINMS Ocean Science Education Building, UCSB

DocID: 1r8fh - View Document

Physical-chemical anomalies and associated ecological responses in southern California kelp forests Landsat visualization of giant kelp forests off Santa Barbara

Physical-chemical anomalies and associated ecological responses in southern California kelp forests Landsat visualization of giant kelp forests off Santa Barbara

DocID: 1qO8Y - View Document