Integrated science unit: Rain and water

The process of instructional development was engaged in to extend the literature base, representative of different genres, and to integrate the language arts with the established science curriculum. The unit on rain and water for grades one and two was the focus of the project. Learning centers were developed to enrich the learning environment. They will provide experiences with quality literature works and many options for expressive activity which will allow children to be more in control of their learning. The major goal was to capitalize on the commonness of the processes in the language arts and science areas to nurture children\u27s thinking-language abilities

A Survey of Material Portraying the Importance of the Role of the Principal to Faculty Morale

The purpose of the study was to indicate the importance of the role of the principal in relation to morale. In presenting the material surveyed, the primary area will be the human relationship between the principal and the staff. Since most authorities view this point as the most important single aspect of morale, no outside forces will be dealt with. The study is limited primarily to the role of the secondary principal

Report on 2nd GO-GN Seminar

This document reports the status of the research for the GO-GN members attending to the second seminar. This seminar took place in Ljubljana (Slovenia) in conjunction with the OCWC Global ConferenceGlobal Open Educational Resources Graduate Networ

Diabetes in Patients With Idiopathic Parkinson's Disease

OBJECTIVE—Previous observational studies reported inconsistent results on the association between diabetes and Parkinson's disease, and data on the risk of developing incident diabetes in relation to Parkinson's disease are scarce. We aimed at comparing the diabetes prevalence between patients with or without Parkinson's disease and at exploring the risk of developing incident diabetes associated with Parkinson's disease

Evaluation of operational SSM/I ice-concentration algorithms

The United States National Ice Center (NIC) provides weekly ice analyses of the Arctic and Antarctic using information from ice reconnaissance, ship reports and high-resolution satellite imagery. In cloud-covered areas and regions lacking imagery, the higher-resolution sources are augmented by ice concentrations derived from Defense Meteorological Satellite Program (DMSP) Special Sensor Microwave/Imager (SSMII) passive-microwave imagery. However, the SSMII-derived ice concentrations are limited by low resolution and uncertainties in thin-ice regions. Ongoing research at NIC is attempting to improve the utility of these SSMII products for operational sea-ice analyses. The refinements of operational algorithms may also aid future scientific studies. Here we discuss an evaluation of the standard operational ice-concentration algorithm, Cal/Val, with a possible alternative, a modified NASA Team algorithm. The modified algorithm compares favorably with CallVal and is a substantial improvement over the standard NASA Team algorithm in thin-ice regions that are of particular interest to operational activities