NRS Day at UC Santa Barbara

Cris Sandoval, director of UCSB’s Coal Oil Point Reserve, talks about her efforts to protect the snowy plover. Image credit: Sonia FernandezCris San­doval,
direc­tor of UCSB’s Coal Oil Point
Reserve, talks about her efforts
to pro­tect the snowy plover. Image credit: Sonia Fernandez

Shore­lines, wood­lands, streams, and deserts were the stars of Nat­ural Reserve Sys­tem Day, cel­e­brated at UC Santa Bar­bara on Fri­day, Feb. 8. The full day of pre­sen­ta­tions and poster ses­sions was spon­sored by the UCSB Nat­ural Reserve Sys­tem. Held at the Bren School of Envi­ron­men­tal Sci­ence & Man­age­ment, the event fea­tured speak­ers inti­mate with the thou­sands of acres that serve as out­door class­rooms and laboratories.

We’re here to serve Cal­i­for­nia. The main goals are to enhance teach­ing, research and pub­lic ser­vice of our nat­ural lands, to sup­port the econ­omy and the ecosys­tem of the State of Cal­i­for­nia by doing this work at these sites,” said Patri­cia Holden, direc­tor of the UCSB Nat­ural Reserve Sys­tem (NRS) and a Bren School professor.

The UC Nat­ural Reserve Sys­tem is a net­work of 38 wild­land sites that span over 750,000 acres across the state, from forests to deserts, moun­tains to coast­lines. It is the world’s largest university-operated sys­tem of nat­ural reserves, admin­is­tered by nine of the 10 UC campuses.

UC Santa Bar­bara admin­is­ters seven reserves –– the most of any of the UC cam­puses –– rang­ing from Coal Oil Point on the coast just off cam­pus to the Sierra Nevada Aquatic Research Lab­o­ra­tory (SNARL) in east­ern California.

It’s like a library of California’s native habi­tats and ecosys­tems,” said Sue Swar­brick, asso­ciate direc­tor of the UC NRS. Prior to the NRS found­ing in 1965, long-term research in California’s eco­log­i­cally diverse array of habi­tats was often lim­ited or halted by devel­op­ment, or uses of the land that would inter­fere with researchers’ work. The objec­tive of the reserve sys­tem, she said, is to set aside nat­ural areas where unin­ter­rupted research can be per­formed. The reserves are a tremen­dous resource, which the sys­tem is hop­ing to pro­mote to cur­rent and future researchers.

We really wanted to have this event to raise aware­ness of the NRS to the Uni­ver­sity com­mu­nity and any­one who would be inter­ested,” Swar­brick said. “We really hope to attract more grad­u­ate students.”

The poster sessions at Bren Hall drew a large crowd interested in research projects at the reserves.The poster ses­sions at Bren Hall
drew a large crowd inter­ested
in research projects at the reserves. Image credit: Sonia Fernandez

The day was filled with pre­sen­ta­tions and poster ses­sions by fac­ulty and researchers. The cel­e­bra­tion was packed with peo­ple from UCSB and the Santa Bar­bara region, includ­ing rep­re­sen­ta­tives from the Santa Bar­bara Museum of Nat­ural His­tory and the local chap­ter of the Audubon Society.

Each reserve has its unique qual­i­ties. For instance, Coal Oil Point, one of UCSB’s orig­i­nal reserves, is the near­est and most eas­ily acces­si­ble of the reserves, but its loca­tion adja­cent to highly pop­u­lated areas presents a chal­lenge to Cris San­doval, direc­tor of the Coal Oil Point reserve. For the past 15 years, San­doval has been work­ing to boost the pop­u­la­tion of the endan­gered snowy plover, a tiny shore­bird that shares its nest­ing sites of the same sand that hosts count­less vis­i­tors and their dogs.

This was an oppor­tu­nity to cre­ate a lot of con­ser­va­tion aware­ness in our local com­mu­nity,” said San­doval. Sev­eral research projects, classes, tours, and fund­ing have come from research at Coal Oil Point, she said. Through trial and error, San­doval, who described her­self ini­tially as an insect biol­o­gist “who didn’t know how to talk to peo­ple, or to han­dle them,” dis­cov­ered the kind of approach that could be used to effec­tively cre­ate a safe haven for the birds despite the intense use of the beaches near which they lay their eggs.

I did noth­ing to the plovers,” she said at the end of her pre­sen­ta­tion. “What I did was I man­aged people.”

In other reserves, such as the Sedg­wick Reserve in the Santa Ynez Val­ley, and the Ken­neth S. Nor­ris Ran­cho Marino Reserve far­ther up the Cal­i­for­nia coast, it’s not ani­mals that are being edged out, but native grasses, which are being over­taken by inva­sive Euro­pean species. Restora­tion is a major part of man­ag­ing the reserves in the NRS system.

How can a man­ager tip the bal­ance toward these more desir­able native species?” asked Carla D’Antonio, pro­fes­sor in the UCSB Depart­ment of Ecol­ogy, Evo­lu­tion and Marine Biol­ogy. The answer might lie in the very activ­ity that brought the inva­sive non­na­tives in the first place: live­stock grazing.

Patricia Holden (left), director of UCSB’s Natural Reserve System, checks out one of the research projects during one of the two poster sessions.Patri­cia Holden (left),
direc­tor of UCSB’s Nat­ural
Reserve Sys­tem, checks out
one of the research projects
dur­ing one of the two poster ses­sions. Image credit: Sonia Fernandez

Though his­tor­i­cally asso­ci­ated with the shift from native grasses to the pre­pon­der­ance of non­na­tive species in pre­vi­ously grazed lands, live­stock graz­ing is now also one of the few tools avail­able to those who want to man­age and restore native grass­land on a large scale, said D’Antonio. Her lab is inter­ested in just how wide­spread the seem­ingly ben­e­fi­cial effects of graz­ing might be, as well as how eco­log­i­cal and topo­graph­i­cal fac­tors may play a role in the out­comes of grazing.

But the reserves aren’t just about hard sci­ences. For Lynn Gam­ble, UCSB pro­fes­sor of archae­ol­ogy, the Santa Cruz Island Reserve, known for its unique evo­lu­tion and diverse marine ecosys­tem, is per­fect for study­ing the Chu­mash, the Native Amer­i­can hunter-gatherers who lived in the region for mil­len­nia and thrived prior to con­tact with Euro­pean settlers.

This is a site where I’ve always dreamed of work­ing,” she said of the island’s west end, a loca­tion that now holds more doc­u­mented house depres­sions –– 51 –– than any other archae­o­log­i­cal site in the Santa Bar­bara Chan­nel area. While there may have been sites as large or larger on the main­land, it’s the island’s remote­ness that has helped to keep this par­tic­u­lar site, named El Mon­ton, safe from the destruc­tion wrought by mod­ern human activity.

We can really recon­struct what life was like going back through time, and we don’t have to be ham­pered with devel­op­ment,” she said.

Mean­while, Hank Pitcher, artist and alum­nus from the UCSB Col­lege of Cre­ative Stud­ies, has used the reserves as inspi­ra­tion, cap­tur­ing Coal Oil Point and Sedg­wick reserves on can­vas through sev­eral decades, often in antic­i­pa­tion of devel­op­ment that would change the landscape.

I tend to paint the same view over and over again, so when some­body asks me how long does it take to make a paint­ing, I can say it took my whole life,” he quipped.

Eliz­a­beth Hiroy­asu is a grad stu­dent who was lured to the life of an envi­ron­men­tal sci­en­tist by the reserves. Now study­ing at the Bren School, her ear­li­est years were formed by many field trips to SNARL. Her love for the play­ground of her child­hood trans­lated into a deeper under­stand­ing and sup­port for the reserve, and all the UC nat­ural reserves in general.

I think they’re hugely impor­tant to the UC sys­tem –– not just for research, but also for their K-12 edu­ca­tion,” she said, com­ment­ing on the NRS effort to bring nature edu­ca­tion to school­child­ren. “It’s amazing.”

by Sonia Fer­nan­dez, UC Santa Bar­bara Pub­lic Affairs.

Study of the Seasons: Phenology at the NRS

Sedgwick training California Phenology ProjectDocents at Sedg­wick Reserve learn to iden­tify the life cycle stages of an oak. Image credit: Brian Haggerty

Nature cel­e­brates the sea­sons with unmis­tak­able changes. In Cal­i­for­nia, rhodo­den­drons add bursts of pink to coastal forests, bare buck­eye branches grow leaf buds, and great egrets gather to nest in tall trees. In autumn, quak­ing aspens turn from green to gold, toyon pro­duce bun­dles of berry­like fruits, and snow geese col­lect by the hun­dreds of thou­sands in Sacra­mento Val­ley wetlands.

Each of these events is influ­enced by cli­mate. Fac­tors such as tem­per­a­ture, rain­fall, and rates of snowmelt help dic­tate when plants set seed and but­ter­flies lay eggs but also how intense the wild­flower bloom will be.

CA phenology project forbs formThe con­di­tion of each mon­i­tored plant is noted and later entered into a cen­tral data­base. Image credit: Kath­leen Wong

Nowa­days, observ­ing nature’s sea­sonal events is a seri­ous sci­ence. Called phe­nol­ogy, the study of recur­ring bio­log­i­cal changes and their responses to the envi­ron­ment can answer a host of press­ing eco­log­i­cal ques­tions. Chief among these: how is cli­mate change affect­ing nat­ural communities?

The answers have major impli­ca­tions for both nature and peo­ple. War­blers that migrate ear­lier than insects hatch could starve. Rodents that require colder con­di­tions could shift their ranges ups­lope. Flow­ers that bloom before bees emerge might never get pol­li­nated. Chang­ing weather pat­terns could accel­er­ate crop plant­ing and har­vest­ing, as well as allergy and fire sea­sons. Con­serv­ing par­tic­u­lar species or com­mu­ni­ties in a chang­ing cli­mate will require shifts in land man­age­ment or restora­tion practices.

To keep tabs on nat­ural sched­ules in Cal­i­for­nia, researchers at UC Santa Bar­bara have launched the Cal­i­for­nia Phe­nol­ogy Project. Led by Pro­fes­sor of Ecol­ogy and Evo­lu­tion­ary Biol­ogy Susan Mazer, grad­u­ate stu­dent Brian Hag­gerty, and post­doc­toral fel­low Eliz­a­beth Math­ews, the project is observ­ing plants at eight UC Nat­ural Reserves and seven national parks, a total of more than 100 mon­i­tor­ing sites.

Sedgwick docents gather for phenology trainingThe Cal­i­for­nia Phe­nol­ogy Project will mon­i­tor the dates of leaf out, flow­er­ing, fruit­ing, and sim­i­lar events for plants at eight NRS reserves. Image credit: Brian Haggerty

Sci­en­tists, docents, staff, teach­ers, and other cit­i­zen sci­en­tists are being trained to track the life stages of sev­eral selected plant species found at each site. Thirty plant species are being tar­geted statewide. The data are then sub­mit­ted online to the USA National Phe­nol­ogy Net­work, which makes phe­nol­ogy data from across the coun­try avail­able for edu­ca­tion and analy­sis. The Cal­i­for­nia project has already sub­mit­ted more than 150,000 obser­va­tions to the national data­base since 2011.

The state project began in 2010, when the National Park Ser­vice funded a pilot mon­i­tor­ing pro­gram in seven parks across the state. The UCSB sci­en­tists devel­oped pro­to­cols, selected tar­get species, devel­oped plant iden­ti­fi­ca­tion mate­ri­als, and trained peo­ple to doc­u­ment events such as flower matu­rity and fruit set.

The project expanded to the NRS in 2011 with a $32,000 Research Oppor­tu­nity Award from UC Vice Pres­i­dent for Research Steven Beck­with. Together with $8,000 in match­ing funds from the UCSB Office of Research, this fund­ing pro­vided train­ing and coor­di­na­tion efforts at eight NRS sites.

Carpin­te­ria Salt Marsh Reserve
Coal Oil Point Reserve
Hast­ings Nat­ural His­tory Reservation
Ken­neth S. Nor­ris Ran­cho Marino Reserve
Sedg­wick Reserve
Sierra Nevada Aquatic Research Laboratory
Stunt Ranch Santa Mon­ica Moun­tains Reserve
Valen­tine Camp

The Cal­i­for­nia Phe­nol­ogy Project will mon­i­tor plant phases at eight NRS reserves.

The UCOP fund­ing has been absolutely crit­i­cal to this project; with­out it we would not be coor­di­nat­ing the first multi-reserve sci­ence and edu­ca­tion project in the NRS’s 47-year his­tory,” Hag­gerty says.

The project was a plus for the the NRS long before plant mon­i­tor­ing began. In order to pin­point the plant species found at each reserve, and decide which to mon­i­tor, the sci­en­tists had to com­pile a plant list for the entire NRS. The result­ing NRS flora was the first time such a list was assem­bled in one place.

Sedgwick phenology training Mak­ing phe­nol­ogy obser­va­tions requires close atten­tion to plant anatomy. Image credit: Brian Haggerty

The NRS arm of the study is well under­way. For exam­ple, Hag­gerty has trained 40 Sedg­wick Reserve docents in phe­no­log­i­cal mon­i­tor­ing, ten of whom have com­mit­ted to ded­i­cated weekly mon­i­tor­ing. At Valen­tine Camp and SNARL, vol­un­teers have already been col­lect­ing data through­out the summer.

Reserve man­agers are using this project as a plat­form to engage their local com­mu­ni­ties of sci­en­tists, edu­ca­tors, vol­un­teers, and the pub­lic, help­ing to raise aware­ness of, and par­tic­i­pa­tion with, the UC NRS,” Hag­gerty says. For exam­ple, reserve direc­tor Vin­cent Vogeli of Hast­ings is using project as a core piece of his new docent program.

Hag­gerty and col­leagues are spread­ing the word about Cal­i­for­nia phe­nol­ogy mon­i­tor­ing as broadly as they can. To date, they have trained more than 600 work­shop par­tic­i­pants, writ­ten a book chap­ter and les­son plans, con­ducted a UC Exten­sion class for high school teach­ers, and sub­mit­ted an arti­cle for the Jan­u­ary 2013 issue of Madroño, the jour­nal of the Cal­i­for­nia Botan­i­cal Society

Upcom­ing pre­sen­ta­tions about the project include a lec­ture at a Cal­i­for­nia Native Plant Soci­ety meet­ing in Santa Mon­ica next Thurs­day, Dec. 11, and a phe­nol­ogy field work­shop at the NRS’s Stunt Ranch Santa Mon­ica Moun­tains Reserve Dec. 15, 10 a.m. to 2 p.m. Cit­i­zen sci­en­tists can learn to con­tribute to the study of cli­mate change from their own backyards.

Related Links
UC Nat­ural Reserve Sys­tem Phe­nol­ogy Net­work project descrip­tion
Phe­nol­ogy at Sedg­wick Reserve