The 4th Generation of Warfare, with its wars among the people, confronts soldiers with complexities, challenges and demands, which they are not adequately prepared for. We see this in the increasing level of mental health issues and operational stress injuries, and in the entrenchment and attrition of modern operations that struggle to achieve strategic goals. Given this, the training of soldiers needs to be adapted: mental and emotional capacity needs to be built and maintained. The Shambhala Buddhist tradition has developed a complete practice integrating meditation and mindfulness awareness training with Western military culture and forms, called the Dorje Kasung. Practices, principles, techniques, and insights, from this and other Eastern military traditions can be adapted and applied to the Canadian Forces. Answering a need to enhance, reinforce, and develop the understanding and embodiment of the military ethos and professionalism of CF members throughout their career.

In September 1901 the North-West Mounted Police learned that a group of American miners, calling themselves the Order of the Midnight Sun, were planning to take over the Yukon. The Conspiracy, as the plot to overthrow the Mounted Police and establish an independent republic in the Alaska boundary region was known, appealed to Americans in the region. The location of the Alaska boundary was not set when the Klondike Gold Rush (1897-1899) brought thousands of miners and traders into the Yukon, northern British Columbia, and Alaska. The Canadian government’s efforts to maintain order and protect its interests in the Alaska boundary dispute angered American miners and businessmen and led them to support the Order. After the Conspiracy was discovered, the Mounted Police and the Canadian government launched a full scale investigation and response. To fully investigate the Conspiracy during the Alaska boundary dispute, the Mounted Police, a domestic force, had to operate in Canada and the United States and cooperate with American authorities in Skagway. The Dominion Police were also involved in the investigation and they too had to work with American authorities in Seattle and San Francisco. But the Mounted Police did not view the Conspiracy as a serious threat. Their experience in the north had shown that such threats rarely amounted to anything. The Canadian government, however, responded differently. Canadian officials in Ottawa feared that the Conspiracy would cost Canada in the Alaska boundary negotiations and they took steps to ensure that the Mounted Police could defend the region and prevent further unrest. This thesis examines the Mounted Police and Canadian government responses to the Conspiracy and the reasons for these different responses, within the context of the Alaska boundary dispute.

The permeability in siliclastic rocks can vary due to different pore geometries. The pore properties of a formation can also have significant effects on reflection coefficient. The pore structure of clastic rock may be predicted from a wave reflection using mathematical models. Biot-Gassmann and Sun’s equations are examples of two models which were used in this research to quantify the pore property. The purpose of this thesis is to measure variations in porosity and permeability using 3-D time lapsed seismic during a CO_(2) flood. CO_(2) sequestration EOR will most likely cause permanent diagenetic effects that will alter pore geometry and permeability. This research shows compelling evidence that the pore structure changes in an active CO_(2) flood at the Delhi Holt-Bryant reservoir can be measured with acoustic data. The pore property change is measured by using the Baechle ratio, the Gassmann model, and the Sun framework flexibility factor. The change in the pore properties of the formation also indicates a increase in the permeability of the reservoir as a result of CO_(2) interaction.

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This thesis describes technologies developed for nanosatellites at the Space Flight Laboratory. A critical ground station component, the Terminal Node Controller, was upgraded in order to support Generic Nanosatellite Bus and future missions. Sun sensor requirements and operation were reviewed, followed by details of the author's work in executing the acceptance testing on these parts, including thermal shock testing, thermal functional testing, calibration, system level testing and on orbit commissioning. A new calibration test process was developed, along with supporting structure and software to ease the testing process, producing accurate calibration parameters and expected performance results for the sensors. A thermal qualification campaign was completed, demonstrating that sun sensors are capable of functioning with negligible performance degradation after exposure to extreme temperatures. A process for installing the sun sensor pin hole was developed using photolithography. Finally, power subsystem analysis for the NEMO-AM mission is presented.

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The effects on image formation through a tilted interference filter in a converging beam are investigated and an adequate compensation procedure is established. A method that compensates for small-scale seeing distortions is also developed with the aim of co-aligning non-simultaneous solar images from different passbands. These techniques are applied to data acquired with a narrow tiltable filter at the Swedish 1-meter Solar Telescope. Tilting provides a way to scan the wing of the Ca II H line. The resulting images are used to map the temperature stratification and vertical temperature gradients in a solar active region containing a sunspot at a resolution approaching 0''10. The data are compared with hydro-dynamical quiet sun models and magneto-hydrodynamic models of plage. The comparison gives credence to the observational techniques, the analysis methods, and the simulations. Vertical temperature gradients are lower in magnetic structures than in non-magnetic. Line-of-sight velocities and magnetic field properties in the penumbra of the same sunspot are estimated using the CRISP imaging spectropolarimeter and straylight compensation adequate for the data. These reveal a pattern of upflows and downflows throughout the entire penumbra including the interior penumbra. A correlation with intensity positively identifies these flows as convective in origin. The vertical convective signatures are observed everywhere, but the horizontal Evershed flow is observed to be confined to areas of nearly horizontal magnetic field.  The relation between temperature gradient and total circular polarization in magnetically sensitive lines is investigated in different structures of the penumbra. Penumbral dark cores are prominent in total circular polarization and temperature gradient maps. These become longer and more contiguous with increasing height. Dark fibril structures over bright regions are observed in the Ca II H line core, above both the umbra and penumbra. / <p>At the time of the doctoral defense, the following paper was unpublished and had a status as follows: Paper 3: Manuscript.</p>

Sun protective attitudes and intentions were investigated in 2 experiments and 1 field study. Participants in the first experiment were female Caucasian university students between the ages of 17 and 35 years (N = 102). A 2 x 2 experimental design manipulated message frame and the normative context and measured the level of identification with the ingroup (university students) to examine intentions to engage in sun protective behaviour within the next fortnight and within the next month. To manipulate levels of ingroup normative support, participants studied bar graphs and testimonial statements showing ostensible information on the percentage of recreational sportswomen engaging in sun-protective behaviours in comparison to non-sporting women. To manipulate the message frame, messages were presented in either a gain or loss frame format. Regression analyses revealed significant effects for prior attitudes towards engaging in sun-protective behaviour in the next fortnight and also in the next month. Contrary to expectations, no interactive effects involving norms were found in the prediction of intentions. The lack of significant results were attributed to the unsuitability of the sample population (university students) in relation to sun-protective behaviours. To test third person perceptions, two measures of perceptions of influence were assessed. The first measure assessed perceptions of how much the target groups would be affected by the sun-protective advertisement and the second assessed perceptions of how much target groups would engage in regular sun-protective behaviour after reading the sun-protective advertisement. Results of the repeated measures mixed ANOVAS revealed reversed third person perceptions between self and other when participants were exposed to a supportive ingroup norms and a Sun-protective attitudes and behaviours vi classic third person effect when participants were exposed to a non-supportive ingroup norm. Similar patterns of results were found for perceptions between ingroup and outgroup members. It was concluded from study one that the manipulations due to ingroup norms may not have been effective for a sample of participants whose personal relevance for sun-protective behaviour was not strong. In study 2, sun protective attitudes, intentions and behaviour at a 2-week follow-up were investigated in an experimental study using a population more likely to engage in decision-making in relation to the target behaviour; Caucasian sportswomen between the ages of 17 and 35 years (N = 101). The 2 x 2 experimental design manipulated the normative context and image norms and measured the level of identification with ingroup (young recreational sportswomen). Ingroup norms were manipulated in a similar manner to study 1. Image norms were manipulated through the inclusion of a colour photograph featuring a sportswoman whose skin tone had been manipulated via a computer imaging program (Photoshop 6.0) to appear either pale or tanned. Regression analyses revealed a significant 2-way interaction for ingroup norm x identification on intentions. When decomposed, the interaction showed that participants who identified strongly with their ingroup had stronger intentions to engage in sun-protective behaviour in the next fortnight when exposed to a supportive ingroup norm. The findings lend support to the impact of social influence on intentions to engage in sun-protective behaviours. A trend was also revealed for the 2-way interaction for group norms x image norms on attitudes towards engaging in sun-protective behaviour in the next fortnight. The trend suggested that participants exposed to a pale image norm had more positive attitudes towards engaging in sun-protective behaviour when exposed to a supportive group norm in comparison to those exposed to a non-supportive group norm. Sun-protective attitudes and behaviours vii Thus, study 2 provided support for the interactive effects of ingroup norms and identification on intentions to engage in sun-protective behaviours suggesting that group norms, conceptualised from a SIT/SCT perspective, may be important in the sun-protective decision-making process. Study 2 also provided some support for the interactive effects of ingroup norm and image norms on attitudes towards engaging in sun-protective behaviours, highlighting the importance of investigating the effects of social influence factors in young sportswomen's sun-protective decision making processes. In study 3, participants were Caucasian women between the ages of 17 and 35 years (N = 123) who were visitors to beaches on the Sunshine Coast, Queensland, Australia. A model based on the theory of planned behaviour (Ajzen, 1991) was developed incorporating additional normative factors (i.e., image norms, group norms and personal norms). The revised TPB model was then compared to two models previously tested in the context of health behaviours. The first comparative model was based on Jackson and Aiken's (2000) psychosocial model of sunprotection and, the second model was based on Gibbons, Gerrard, Blanton and Russell's (1998) prototype/willingness model. The models were examined using the EQS structural equation modelling program which revealed that the TPB-based model provided the most parsimonious fit to the data. The results support the inclusion of different sources of social influence (i.e., group norms and personal norms) in a TPB-based predictive model for sun-protective intentions and behaviours. Results revealed it is important to consider the impact of group norms, from a SIT/SCT perspective, on young women's sun-protective decision-making processes. Results also showed that it is important to consider the impact of young women's personal norms (i.e., internal moral rules and expectations about their own Sun-protective attitudes and behaviours viii behaviour) in the sun-protective decision-making process. Overall, the findings of the program of research suggested that it was specific referent norms that were important in the sun-protective decision-making process rather than more broad and general societal norms. Overall, the program of studies established the important role of social influence factors in young women's sun-protective decision making processes. The program of studies highlighted important theoretical and practical contributions that can aid in the development and implementation of more effective sun-protection messages to motivate young women to engage in sun-protective behaviours. The current program of research adds to the field of research by providing a comparison of the impact of various sources of social influence on attitudes and intentions to engage in sun-protective behaviour. The current research also empirically elucidates the core dimensions, mechanisms and relationships underlying the formation of sunprotective attitudes, intentions and behaviours.

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No description available.