The bivalve Pacific geoduck (Panopea generosa) has been used in the eastern North Pacific Ocean to create proxies for environmental factors such as temperature and oceanographic conditions. This type of research depends upon accurate age determination of Pacific geoducks, which historically was based on shell growth-increment counts. A recent study...
This study uses 9 years of longitudinal, student-level data from the Los Angeles Unified School District to provide updated, empirically–based estimates of the time necessary for English learners (ELs) to become reclassified as proficient in English, as well as factors associated with variation in time to reclassification. To illustrate how...
Advocates for language minority students depict the movement for language minority students' rights as an outgrowth of the civil rights movement, which focused initially on securing rights for racial minorities. This article examines whether the same conceptions of equality and legal remedies apply for both groups. Building on Berlin's notions...
Conflict over the management of public lands has increased markedly in the recent past. Forest Service personnel are responsible for making decisions about land allocations that are controversial and engender debate. This is a case study examining a conflict over the management of the Elk River drainage on the Siskiyou...
The variety of natural disasters provide different sets of characteristics and properties with unique challenges. One significant difference between hazard types is prewarning lead time, the amount of time individuals have from a potential warning to the disaster occurring. Rapid onset disasters may not provide an official warning about a...
In this research, we have captured, in pattern form, key elements of programming and design in four programming paradigms (imperative, object-oriented, functional and logical) as well as multiparadigm programming. These pattern sets have formed a foundation upon which we were able to build a deeper understanding of multiparadigm programming and...
A three-dimensional sea ice model is presented with resolved snow thickness variations and
melt ponds. The model calculates heating from solar radiative transfer and simulates the formation and
movement of brine/melt water through the ice system. Initialization for the model is based on observations
of snow topography made during the...
Full Text:
Season using a Resolved Sea Ice Model with Snow Cover and
Melt Ponds
Eric D. Skyllingstad, Karen M
A three-dimensional sea ice model is presented with resolved snow thickness variations and
melt ponds. The model calculates heating from solar radiative transfer and simulates the formation and
movement of brine/melt water through the ice system. Initialization for the model is based on observations
of snow topography made during the...
Full Text:
snow cover and melt ponds
Eric D. Skyllingstad1, Karen M. Shell1, Lee Collins1, and Chris Polashenski2
A three-dimensional sea ice model is presented with resolved snow thickness variations and melt ponds. The model calculates heating from solar radiative transfer and simulates the formation and movement of brine/melt water through the ice system. Initialization for the model is based on observations of snow topography made during the...