Restoration Projects:

Restoration Project
San Diego
The aim of this study was to determine the effects of artificial plants on the density of 3 sea urchin species in sea urchin-dominated areas and the survival of adult giant kelp transplanted into sea urchin-dominated areas. The study evaluated whether artificial plants could be used for protection and restoration of giant kelp forests in southern California.
Restoration Project
La Herradura Bay
This study aimed to repopulate areas of the intertidal with Lessonia in order to increase production for commercial harvests and to improve restoration techniques.
Restoration Project
Point Loma
The study evaluated whether artificial plants could be used for protection and restoration of giant kelp forests in southern California.
Restoration Project
Punta Lagunillas
This study aimed to repopulate areas of the intertidal with Lessonia in order to increase production for commercial harvests and to improve restoration techniques.

Organisation Type

Academia

Location

San Pedro

Species:

Lessonia nigrescens

Macrocystis pyrifera

Methodologies:

Dettered Sea Urchins

Dispersed Propagules Into the Water

Seeded with Kelp Blades

Transplanted Adults

Urchin Deterrent

Restoration Projects:

Restoration Project
San Diego
The aim of this study was to determine the effects of artificial plants on the density of 3 sea urchin species in sea urchin-dominated areas and the survival of adult giant kelp transplanted into sea urchin-dominated areas. The study evaluated whether artificial plants could be used for protection and restoration of giant kelp forests in southern California.
Restoration Project
La Herradura Bay
This study aimed to repopulate areas of the intertidal with Lessonia in order to increase production for commercial harvests and to improve restoration techniques.
Restoration Project
Point Loma
The study evaluated whether artificial plants could be used for protection and restoration of giant kelp forests in southern California.
Restoration Project
Punta Lagunillas
This study aimed to repopulate areas of the intertidal with Lessonia in order to increase production for commercial harvests and to improve restoration techniques.