Caring for our Watersheds

Mason Bee Houses, 2017

Sacramento, California, U.S.

MET Sacramento High School student Noah Crockett has a passion for entomology and a specific interest in pollinators. Over the past years, he has been interning at the UC Davis Bohart Museum of Entomology and has learned a great deal about the threats to pollinators. Crockett’s project this year focused on providing nest sites for two specific native pollinators, the Mason Bee and Leafcutter Bee (family: Megachilidae).

While these bees do not produce honey they are still beneficial for gardens; they are amongst the most productive pollinators and are able to access much smaller flowers than honeybees and bumblebees. Crockett built a dozen bee boxes and distributed them to property owners along the American River. He included instructions on how and where to hang the boxes, as well as seeds for spring flowers to provide additional nectar sources for the bees.

Water Science Education, 2017

Sacramento, California, U.S.

Mianna Muscat, of the MET Sacramento, has been involved in several previous Caring for Our Watersheds projects, including tree plantings and park clean-ups. This year, her focus was on expanding watershed education for her classmates. She wanted to find a way to engage students outside the classroom, educate them on the processes that provide water for the state, and connect them with nature. Mianna proposed a trip to the Headwaters Science Institute, during which students learn about the snowpack driven water cycle, how albedo affects rates of snowmelt, and methods scientists use to track the snowpack which makes up much of California’s water.

Mianna’s proposal and implementation funds from Agrium helped all 30 students in class to attend the trip and get this hands-on field experience in the area of Water Science and Management.

Aquaponics System, 2017

Sacramento, California, U.S.

Henry McKay, a student at the G.W. Carver School of Arts and Sciences built and installed a small Aquaponics system on his school's campus to demonstrate a sustainable, water-wise system to produce food. Aquaponics, which combines the raising of fish with the growing of plants in water, uses substantially less water than traditional growing, as water and nutrients are recycled. There is already a robust garden/ farm at Carver School of Arts and Sciences in which students plant, maintain, harvest, and learn about food system production and processes. The Aquaponics system, which was designed to run off of solar power, is a great addition to the campus and garden, demonstrating an additional technique, and expanding and extending this learning to future cohorts of students at the school. Caring for Our Watersheds project funds helped Henry purchase the materials he needed to build the system.

For more information on Caring for our Watersheds, contact Beth Del Real.