Past
Past
Cases of tick-borne disease are on the rise in the US as ticks are expanding their distributions, and new tick species are introduced.
Past
California’s mining and industrial history have led to an excessive build-up of mercury in the Bay Area. As one of the top ten pollutants of the world, this toxic heavy metal has troubling implications for human and environmental health.
Past
Escherichia coli is a common resident of most vertebrate guts, including humans. It assists with vitamin production and prevents colonization of harmful bacteria. But E. coli can also make us sick.
Past
Anthropogenic activities changed our planet over the course of the Holocene, but the scale of human impacts increased dramatically around the mid-20th century, representing the start of the Anthropocene.
Past
Since 2001, an acoustical monitoring station at the edge of Searsville Lake has recorded over ten million bat calls. These are calls emitted by bats during foraging to aid them in locating and capturing prey, and also emitted during other kinds of activity.
Past
This project aims to test whether and how herbivory by slugs and snails controls yellow starthistle (Centaurea solstitialis)populations. It consists of pairs of self-contained starthistle gardens in 20 locations around JRBP.
Past
The most active taxonomic research at JRBP is that by Paul Arnaud, Jr., emeritus curator of Entomology at the California Academy of Sciences. Frequently he has one or more emergence traps located along the margin of the main lake or the middle lake.
Past
Many North American ants and lycaenid butterflies have a mutualistic relationship in which the ants protect butterfly larvae from parasitoid wasps, and the butterfly larvae secrete honeydew which the ants consume.
Past
Several nitrogen-containing compounds are released to the atmosphere by human activities such as driving automobiles and generating electric power. Ultimately these compounds are deposited on land or water, either in a dry form or carried by rain or fog.
Past
A major gap in our understanding of how Earth's biosphere will respond to rising concentrations of atmospheric CO2 is whether ecosystems will increase their net uptake of CO2 through photosynthesis and growth, and if so, by how much.
Pages
Featured Publication
Ingersoll R, Lentink D (2018) How the hummingbird wingbeat is tuned for efficient hovering. The Journal of Experimental Biology 221(20)
