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• LESSONS FROM THE 2003 FIRE SIEGE IN CALIFORNIA* 

  In October 2003, wildfires in southern California burned 742,000 acres (300,000 ha), destroying more than 3,000 homes and killing 26 people. It was...

  Fire Management Today, 10/01/05 by Keeley, Jon E · More from publication

• CHAPARRAL FUEL MODIFICATION: WHAT DO WE KNOW-AND NEED TO KNOW? 

  Following the fires of 2003 in southern California, the San Diego Fire Recovery Network was formed to help local communities and landscapes recover...

  Fire Management Today, 10/01/05 by Keeley, Jon E · More from publication

• AMERICAN INDIAN INFLUENCE ON FIRE REGIMES IN CALIFORNIA'S COASTAL RANGES* 

  Understanding the historical pattern of human impacts on landscapes is critical to correctly interpreting the ecological basis for vegetation...

  Fire Management Today, 07/01/04 by Keeley, Jon E · More from publication

• Fire and invasive plants in California ecosystems* 

  In parts of California and adjacent regions with a Mediterranean climate, nonnative invasive plants are largely concentrated in valleys and...

  Fire Management Today, 04/01/03 by Keeley, Jon E · More from publication

• Historical fire regime in southern California 

  In southern California, fire suppression has not even come close to excluding fire-unlike in many coniferous forests of the Western United States....

  Fire Management Today, 01/01/03 by Keeley, Jon E; Fotheringham, C J · More from publication

• We still need Smokey Bear! 

  It was gratifying to see articles in recent issues of Fire Management Today clarifying the role of Smokey Bear in wildland fire management...

  Fire Management Today, 01/01/01 by Keeley, Jon E · More from publication

• Smoke-induced seed germination in California chaparral 

  The California chaparral community has a rich flora of species with different mechanisms for cuing germination to postfire conditions. Heat shock...

  Ecology, 10/01/98 by Jon E. Keeley · More from publication

• CAM photosynthesis in submerged aquatic plants 

  Crassulacean acid metabolism (CAM) is a [CO.sub.2]-concentrating mechanism selected in response to aridity in terrestrial habitats, and, in aquatic...

  Botanical Review, The, 04/01/98 by Jon E. Keeley · More from publication