Sereno Watson and the King Survey

Sereno Watson and the King Survey: Click for a larger view of a King Survey Camp near Salt Lake City, Utah. Courtesy USGS, T.H. O'Sullivan, Photographer
A King Survey Camp
Near Salt Lake City

Courtesy USGS
T.H. O’Sullivan, Photographer


Click for a larger view of Ogden Canyon taken by the King Survey. Courtesy USGS, T.H. O'Sullivan, PhotographerThe Mouth of Ogden Canyon
at the time of the King Survey

Courtesy USGS
T.H. O’Sullivan, Photographer


Click for a larger view of Penstemon watsonii. Photographed in Millard County. And named for Sereno Watson of the King Survey. Courtesy PenstamenFestival.com
Penstemon watsonii
named for Sereno Watson
of the King Survey

Courtesy PenstemonFestival.com
Copyright Lisa White, Photographer

The mid-1800s were a transformative period in US history. The bloody Civil War had run its course. Twelve years earlier, the Mexican/American war had forced annexation of a vast territory that stretched from the Rockies to the Pacific Ocean. Across the northern edge of this territory, a transcontinental railroad was planned. An ambitious young geologist, Clarence King, convinced President Lincoln of the need to explore, survey and map the topography, watersheds, geology, mineralogy, flora and fauna of this vast uncharted region. King mustered 20 scientists, technicians and frontiersmen to form his Survey of the 40th Parallel. The Survey team took multiple years to thoroughly explore and map a 100-mile-wide band from Virginia City Nevada to Cheyenne Wyoming.

Among the men was one Sereno Watson, who at 42, found himself disenchanted by his forays into medicine, teaching, farming and banking. Word of the King Survey fired his imagination, so in 1867 he joined the migration west. A barefoot, penniless Sereno Watson found the Survey encamped on the lower Truckee River south of Pyramid Lake. More from pity than need, Clarence King let Watson join as an unpaid assistant. When illness sidelined the Survey’s botanist, Serano Watson eagerly took his place.

King prized Watson for his diligence and enthusiasm. In June of 1869, the Survey staked out what would become a favorite encampment at Parley’s Park north of Park City. From that base, Survey members fanned out to explore the Wasatch Range, the western spurs of the High Uintas, and the Great Salt Lake. Watson added to his plant collections, ultimately pressing 900 specimens, many new to science. He later curated them back at Yale. Watson honored the Survey’s leader by naming new plant species kingii, including a species each of biscuit root, buckwheat, bladderpod, flax, lupine, clover and ragwort. Asa Gray, then the reigning US botanist, honored Sereno in naming Penstemon watsonii, a lovely species discovered by the mining town of Austin Nevada. You can see the striking sky blue flowering spires of this wildflower amid montane meadows from eastern Nevada across central Utah into Colorado, including the vicinity of Parley’s Park.

This is Linda Kervin for Bridgerland Audubon Society.

Credits:

Images: Courtesy USGS

and Courtesy PenstamonFestival.org, Lisa White, Photographer,
Text: Jim Cane, Bridgerland Audubon Society

Additional Reading:

USA National Phenology Network

Courtesy USA National Phenology Network

The study of recurring plant and animal life cycle events is phenology. It is the calendar of nature. This includes when plants flower, when birds migrate and when crops mature. Phenology is relevant to interactions between organisms, seasonal timing and large-scale cycles of water and carbon. Phenology is important to us for many reasons. Farmers need to know when to plant and harvest crops and when to expect pests to emerge. Resource managers use it to monitor and predict drought and assess fire risk. Vacationers want to know when the best fall colors will be or when the wildflower blooms will peak. Timing varies but we can discern patterns.

The USA National Phenology Network monitors the influence of climate on the phenology of plants, animals and landscapes. They encourage people to observe phenological events such as flowering, migrations and egg laying. The Phenology Network provides a place to enter, store and share these observations, which are then compiled and analyzed nationwide. Participants range from individual observers in their own backyards to professional scientists monitoring long-term plots. My husband and I monitor leafing and flowering of lilacs, a key species in the program.

These observations support a wide range of decisions made routinely by citizens, managers, scientists and others. This includes decisions related to allergies, wildfires, pest control, and water management.

I urge you to participate. The National Phenology Network has many public, private and citizen partners. It is a great way to become involved in a nation-wide effort to better understand our environment. All this information and much more is available at the National Phenology website, to which there is a link from our Wild About Utah website.

This is Linda Kervin for Bridgerland Audubon Society.

Credits:

Text: Linda Kervin, Bridgerland Audubon Society
Additional Reading:

Linda Kervin’s pieces on Wild About Utah

Phenology Tools for Community Science
USA National Phenology Network, https://www.usanpn.org/
Nature’s Notebook Education Program, US National Phenology Network, https://www.usanpn.org/nn/education

North American Bird Phenology Program, USGS Patuxent Wildlife Research Center, https://www.pwrc.usgs.gov/bpp/BecomeAParticipant.cfm

eBird, https://www.ebird.org/

iNaturalist, https://www.inaturalist.org/