This study examines how federal farm policies, specifically crop Insurance, have affected the farm economic structure of North Dakota's agriculture sector. The system of derived input demand equations is estimated to quantify the changes in North Dakota farmers' input use when they purchase crop insurance. Further, the cumulative rolling regression technique is applied to capture the varying effects of the farm policies over time. Empirical results from the system of input demand functions indicate that there is no moral hazard since North Dakota farmers will increase fertilizer and pesticide use in the presence of crop insurance. Results also indicate that farmers in this state will not increase the use of land.

The desire to attract an increasing number of minorities is pushing institutions of higher learning to brand themselves and communicate with students in ways that ensure their identification with the institution. Students' identification with an institution is one way to increase their enrollment numbers at the institution. This study was interested in determining whether NDSU's Graduate School and Office of Multicultural Programs used Cheney's (1983a) organizational identification inducement strategies in their recruitment and retention material that targeted multicultural graduate students. A closed coding textual analysis was used to analyze the material. Three of the four strategies were present in the analyzed communication material. Results are discussed in terms of key findings and practical implications for NDSU and other institutions that are interested in increasing their enrollment numbers of multicultural graduate students.

The educational disadvantages of the Native American Indian student throughout history has been a source of academic concern. This paper addresses the historical and contemporary aspects of Indian education. The contemporary context of the study examines the efficacy and impact of preservice instruction of a Native American Indian Studies course on the teachers in North Dakota. One thousand, three hundred and sixty-nine (1,369) teachers receiving instruction in the course from 1981 through 1988 were surveyed. The survey focused on five key areas: teacher attitudes about the course, planning and use of the course in the classroom, application of the course to multicultural education and application of Native American values and learning styles. The findings suggest that the course is not having a positive effect on the attitudes of heightening teacher sensitivity toward stereotypes and there is an apparent indifference to adjusting curricula to reflect cultural diversity.

Chickpea is one of the most important leguminous crops grown in regions of southern Europe, Asia, the Middle East, and the United States. Ascochyta blight, caused by Ascochyta rabiei, is the most important foliar disease of chickpea. In favorable conditions, this disease can destroy the entire chickpea field within a few days. In this project the secreted proteins of Ascochyta rabiei have been characterized through one and two-dimensional polyacrylamide gel electrophoresis. This is the first proteomic study of the A. rabiei secretome, and a standardized technique to study the secreted proteome has been developed. A common set of proteins secreted by this pathogen and two isolates that exhibit the maximum and minimum number of secreted proteins when grown in modified Fries and Czapek Dox media have been identified. Population genetic studies of Ascochyta rabiei populations in North Dakota have been conducted using microsatellites and AFLP markers. Population genetic studies have shown that the ascochyta population in North Dakota has not changed genetically in the years 2005, 2006 and 2007, but the North Dakota population is different from the baseline population from the Pacific Northwest. The ascochyta population in North Dakota is a randomly mating population, as shown by the mating type ratio.

Thesis (Ph. D.)--University of Wisconsin. / eContent provider-neutral record in process. Description based on print version record. Includes bibliographical references.

Introduction: Although colorectal cancer (CRC) is the second leading cause of cancer-related deaths among men and women combined in the United States, only 61% of eligible adults are up-to-date with current screening recommendations. Effective screening is hindered by numerous barriers and underutilization of evidence-based interventions. The purpose of this clinical dissertation project was to increase CRC screening in the rural community of Elgin, North Dakota, determine the efficacy of providing targeted educational handouts and endorsement letters, and to identify screening barriers and facilitators. Methods: Educational handouts and screening endorsement letters were developed and distributed to 75 average risk patients (without personal or family history of CRC or certain types of polyps, personal history of inflammatory bowel disease, personal history of receiving radiation to the abdomen or pelvic region, and confirmed or suspected hereditary CRC syndrome). Additional handouts were placed around the community of Elgin. Patients who presented for CRC screening were sent a questionnaire to determine the impact of the interventions. These 75 patients were also contacted via telephone and completed a questionnaire to identify barriers and facilitators and to highlight the effectiveness of the educational handout and the endorsement letter. Results: Five patients contacted the clinic to receive CRC screening. Ninety-seven percent of patients who recalled receiving the endorsement letter and educational handout (n=32) found the material to be informative, 91% of patients appreciated being contacted on behalf of the clinic, and 59% found the handwritten signature on the endorsement letter to be influential. Fifty-one patients identified screening barriers including (in descending order) lack of awareness/knowledge, cost, unpleasant previous experience, embarrassment, lack of motivation, and fear of abnormal findings. Forty-one patients identified screening facilitators including (in descending order) recommending during office visits, providing education on different screening options, sending letter reminders, calling patients, utilizing social media, and sending email reminders. Conclusion: The clinical dissertation project increased CRC screening compliance in Elgin, ND, identified barriers, and highlighted screening facilitators that can be utilized. Future projects should focus efforts on alleviating these barriers via targeted patient education and provider recommendation in order to decrease CRC morbidity and mortality.

A mixed integer programming model is developed to determine a logistical design for maximizing rates of return to harvest, storage, transportation, and bioreflning of herbaceous crop residue for production of biofuels and feed for ruminant animals. The primary objective of this research is to identify the optimal location, scale, and number of pretreatment and biorefinery plants in northeastern North Dakota. The pretreatment and biorefinery plants are modeled under the assumption that they utilize recent technological advancement in AFEX and Simultaneous Saccharification and Fermentation, respectively. Potential feedstocks include wheat straw, barley straw, Durum straw, and com stover. Results indicate that the minimum ethanol rack price that will effectively trigger the production of cellulosic ethanol is $1.75 per gallon.

Numerous factors have pushed energy from biomass to the forefront of policy and industry discussions. Large harvests of traditional crops, low farm prices, dependence on foreign energy sources, and environmental problems have increased interest in renewable energy sources. Tools are needed to evaluate and compare different available feedstocks and to identify parameters and modifications for the production of renewable fuels such as biodiesel. The first paper examines the development of a biodiesel process model using commonly available spreadsheet software and process-engineering principles. The basis of the model is a continuous process with two stirred-tank reactors and sodium methoxide catalysis. The process is modeled as 27 units with 51 flows and 18 components. Mass flow rates and compositions of the process input and output streams are quantified using mass and component balances, energy balances, stoichiometric relations, and established process parameters. Oil composition and rate, methanol:triglyceride ratio, and expected transesterification of triglyceride are the user-specified inputs in the model. Based on commonly reported parameters (6: 1 methanol:triglyceride ratio and 98% transesterification) and a basis of 100 kg/h crude soybean oil, the model computes inputs of 13.8, 10.8, and 34.7 (in kg/h) for methanol, 10% sodium methoxide in methanol, and process water, respectively; and outputs of 93.5, 10.3, and 55.6 for soy biodiesel, glycerol, and waste stream, respectively. In the second paper, the mass flow rate data from the developed biodiesel process model are linked to cost data for evaluating the economic feasibility of biodiesel production in North Dakota with canola oil as the feedstock. Estimations of capital investment cost and total annual biodiesel product cost are conducted for two canola biodiesel production plants with 5 and 30 million gallons per year (MGY) capacities. These capacities were selected based on North Dakota and neighboring states' biodiesel demands, respectively. Capital investment cost analysis shows the presence of considerable economies of scale for the biodiesel production process for the two capacities. These cost calculations are based on the purchased equipment cost calculated from the equipment specifications. Total annual biodiesel product cost analysis shows that the major portion (>80%) of the total product cost is the raw material cost, similar to the analysis of previous economic feasibility studies. Cost benefits from the economies of scale are still present for the fixed charges, general expenses, and the manufacturing costs (other than the raw material costs) in the annual product cost calculations for the two production plant capacities. Finally, based on the gross profit evaluation for both plants, this study concludes that it is more worthwhile to invest in the 30 MGY production plant because of the greater cost returns from the economies of scale benefits. The results are more encouraging after the incorporation of the federal biodiesel tax incentive and favor the investment for biodiesel production in North Dakota. / North Dakota. Agricultural Experiment Station / USDA-CSREES (under Agreement No. 2003-34471-13523)

This study explored and evaluated the communication strategies used by Fargo city leaders to persuade residents to work together as a community to withstand the repetitive flood hazards that threatened the city on a yearly basis, especially in 1997, 2006, and 2009. The literature review explored vigilance and complacency as well as strategies used by high-reliability organizations (HROs) to manage crises with little or no failures. Difficulties in processing multiple messages, desensitization, and fatigue were identified as barriers to remaining vigilant in the face of multiple crises. The communication strategies applied by the HROs to maintain vigilance were shown to be working; however, limited application of those HRO communication strategies to communities have been undertaken in the field. Individual, in-depth interview data were collected. The data revealed the emergence of risk fatigue as a result of multiple flood experiences; however, the strength of the communication strategies applied by city leaders made members of the community demonstrate resilience through their individual and collective actions to respond when called upon. The findings also revealed that all the HRO principles and tenets were identified from the evaluations of the residents to show that HRO principles can be transferred to communities to make them high reliability communities (HRCs).

In the past decade, North Dakota has experienced a substantial shift in economic and political activity due to oil. In addition to jobs and revenue, corporate interests have surged into the state with a dominating force. As players in a highly valued industry, oil companies have worked hard to protect and uphold viable markets in the state. These interests are observed in relationships with key politicians, especially among those regulating the oil industry as members of the North Dakota Industrial Commission (NDIC). Critics label this development as misguided, as an example of big business manipulating government. This thesis, on the other hand, contends that such arguments are predicated on prevailing, yet unhelpful standards, and offers an understanding of how ND's government operates in the real world through the use of qualitative and quantitative methods. By testing the relationship between political contributions and oil spills in North Dakota and interpreting the results using three political theories—tliberalism, realism, and elite theory—tthe case study shows the allegations against key politicians and the oil industry are not substantiated. Instead of a case of political corruption, the thesis shows that the case of the NDIC is in fact a paradigmatic example of how liberal-democracy really works. / Master of Arts