Development and evaluation of an automatic labeling technique for spring small grains

A labeling technique is described which seeks to associate a sampling entity with a particular crop or crop group based on similarity of growing season and temporal-spectral patterns of development. Human analyst provide contextual information, after which labeling decisions are made automatically. Results of a test of the technique on a large, multi-year data set are reported. Grain labeling accuracies are similar to those achieved by human analysis techniques, while non-grain accuracies are lower. Recommendations for improvments and implications of the test results are discussed

An algorithm for estimating crop calendar shifts of spring small grains using LANDSAT spectral data

There are no author-identified significant results in this report

A NOVEL REVIEW OF HEAT SHOCK PROTEIN 110 KDA: A BASIS FOR RESEARCH AND CONTINUED EXPERIMENTATION THROUGH BIOCHEMICAL ANALYSIS

Heat shock protein 110 kDa, Hsp110, is a distinct cellular protector, different in form and function from Hsp70, a close relative of Hsp110. Functioning primarily as a holdase or in tandem with other molecular chaperones, a review of current accomplishments elucidates the uniqueness of this protein and the continued mysteries that surrounds it. Found only in eukaryotes, Hsp110 has been linked to many diseases, ranging from parasitic infection to neurodegenerative disorders. While still lacking, studies of this protein have provided much in the realm of speculation on the mechanisms behind Hsp110s’ contribution to different pathologies. This review will serve as an introduction to present thinking and provide preliminary data investigating the form and function of this chaperone

the Mapleton Band March

Man picture in square shapehttps://scholarsjunction.msstate.edu/cht-sheet-music/11506/thumbnail.jp

Palmetto Schottische

https://digitalcommons.library.umaine.edu/mmb-ps/2251/thumbnail.jp

Analysis of scanner data for crop inventories

There are no author-identified significant results in this report

Applicability of selected wheat remote sensing technology to corn and soybeans

There are no author-identified significant results in this report

Investigation of techniques for inventorying forested regions. Volume 2: Forestry information system requirements and joint use of remotely sensed and ancillary data

The author has identified the following significant results. Effects of terrain topography in mountainous forested regions on LANDSAT signals and classifier training were found to be significant. The aspect of sloping terrain relative to the sun's azimuth was the major cause of variability. A relative insolation factor could be defined which, in a single variable, represents the joint effects of slope and aspect and solar geometry on irradiance. Forest canopy reflectances were bound, both through simulation, and empirically, to have nondiffuse reflectance characteristics. Training procedures could be improved by stratifying in the space of ancillary variables and training in each stratum. Application of the Tasselled-Cap transformation for LANDSAT data acquired over forested terrain could provide a viable technique for data compression and convenient physical interpretations

Analysis of scanner data for crop inventories

There are no author-identified significant results in this report