Broadband spectral photography of the James River

On May 28, 1974, a photographic mission from 5.3 kilometers altitude was flown over the James River from Norfolk to Hopewell. During the mission 252 photographs were exposed over the river. The photographs are divided into four simultaneously exposed groups with each group exposed through a different broadband optical filter. The four filters isolated blue-green, green, yellow, and near-infrared radiation from the water body. The document summarizes the mission photography in relation to flight altitude, sunglint, and photographic exposure

A Framework to Support Improvements to First Nation Education

During the 2022 Indigenous Head and Heart Fellowship at Western University, working with Dr. Brent Debassige and the First Nations with Schools Collective, I developed this framework to support improvements in First Nation education. I have used the 6 R\u27s framework to summarize the project\u27s key findings that entailed online webinars in which members could extensively discuss First Nation education enhancement. These 6 R\u27s include Respect, Refusal, Relationality, Relevance, Responsibility, and Reciprocity. The 6 R\u27s closely tie aspects like effective leadership, robust policies, and culture to the progress of First Nation education. This project\u27s principal conclusion is that equitable funding levels are central to the efforts aimed at improving all aspects of First Nation education

Alien Registration- Bressette, Edward E. (Baldwin, Cumberland County)

https://digitalmaine.com/alien_docs/32932/thumbnail.jp

Calibration of the spin-scan ozone imager aboard the dynamics Explorer 1 satellite

The calibration technique, which contains the calibrated backscattered radiance values necessary for performing the calibrations, is presented. The calibration constants for September to October 1981 to determine total columnar ozone from the Spin-Scan Ozone Imager (SOI), which is a part of the auroral imaging instrumentation aboard the Dynamics Explorer 1 Satellite, are provided. The precision of the SOI-derived total columnar ozone is estimated to be better than 2.4 percent. Linear regression analysis was used to calculate correlation coefficients between total columnar ozone obtained from Dobson ground stations and SOI which indicate that the SOI total columnar ozone determination is equally accurate for clear or cloudy weather conditions