Tag archives: swiss nets

Update from The Project for Resilient Communities
By Pat McElroy and Brett Matthews   |   November 14, 2023

We have been getting several phone calls, emails, and questions regarding the decision to pull the six Ring Nets out of three canyons above Montecito. This week has been an extremely critical one for TPRC’s project. We are proud to be a part of a community that rose to the occasion to keep our community […]

Message to the Community from Pat McElroy and TPRC
By Pat McElroy   |   November 7, 2023

It is with great disappointment to inform you that when the five-year emergency permits expire, the Project for Resilient Communities will need to remove the six Debris Flow “Swiss Nets” in the canyons above Montecito by December 1. Without strong local government support and budget for the six Nets that may have to be cleaned […]

Montecito’s Watershed Moment
By Les Firestein   |   January 31, 2023

Exactly five years ago on this day, I was working with The Partnership for Resilient Communities (TPRC) to help develop a plan to contain Montecito’s occasional debris flows. Since a lot of folks are relatively new to Montecito, now is a particularly poignant time to look back at where we’ve come from, what’s been achieved […]

“Swiss Nets” to the Rescue
By James Buckley   |   June 21, 2018

In an exquisitely crafted 2006 article about debris flows written for Canyon Voices and specifically about the nature of Rattlesnake Canyon, Karen Telleen Lawton wrote: “Barely a thousand years ago – a second on a geologist’s watch – a rainwater and boulder slurry called a debris flow surged through [Rattlesnake Canyon], strewing its 10 million […]

There’s Bad News… And Good News
By James Buckley   |   June 14, 2018

First, the bad news: “There’s plenty of material up here waiting to come down,” says Kevin Taylor, division chief of Operations at Montecito Fire Department. He says this as he, I, and Montecito Fire chief Chip Hickman examine the Montecito back country and the dry steep mountains directly above in a four-person, single-rotor helicopter flown […]