Habituation to complex vestibular stimulation in man- transfer and retention of effects from twelve days of rotation at 10 rpm

Sensory rearrangement and vestibular habituation in humans subjected to continuous rotatio

The Validity of a Brief Vestibular Disorientation Test in Screening Pilot Trainees

Validity of brief vestibular disorientation test in screening pilot trainee

Influence of labyrinth orientation relative to gravity on responses elicited by stimulation of the horizontal semicircular canals

Gravity labyrinth orientation influence on responses from stimulation of horizontal semicircular canal

Two devices for analysis of nystagmus

Electromechanical devices for measuring vestibular nystagmu

Modification of vestibular responses as a function of rate of rotation about an earth-horizontal axis

Vestibular response modifications as function of rotation rate about earth-horizontal axi

Two devices for analysis of nystagmus

Electromechanical Slope Computer /ESC/ and Electronic Summation Device /ESD/ facilitates rapid analysis of nystagmus records. The ESC reads out the slope and time of each nystagmus wave form. The ESD provides much faster analysis than the ESC. It provides an immediate analog display and digital display of analyzed nystagmus

IMPACT OF INDUSTRY IN RURAL ECONOMIES: AN INPUT-OUTPUT APPROACH

Community/Rural/Urban Development,

EDUCATING THE UNDERGRADUATE AGRIBUSINESS MAJOR

Undergraduate programs in agribusiness education have attracted much interest in recent years. Many university facilities have developed agribusiness educational programs and others are considering the development of such programs. As these programs evolve throughout the country, there are many questions which relate to the structure and future directions of these educational efforts. A review of the issues related to agribusiness program development is presented. A planning process that can be used to focus on the many agribusiness educational issues and provide insight into agribusiness program development in outlined.Teaching/Communication/Extension/Profession,

Performance of Selected Cultivars of Poinsettia (Euphorbia Pulcherrima, Willd.) Grown Under Different Temperature Regimes.

The performance of seventeen cultivars of poinsettias grown under three temperature regimes in four crops was studied to determine the effects of temperature on plant quality and to determine a base temperature for each cultivar. Growth factors such as shoot height, node number, bract spread and flower size increased with increases in temperature. Bract number increased with cooler temperatures. Less time was needed for coloration and anthesis at the warm regime. Varietal responses varied with temperature with the cultivars \u27Annette Hegg Diva\u27, \u27Gutbier V-10\u27, \u27Annette Hegg Dark Red\u27 and \u27Annette Hegg Supreme\u27 achieving best quality in the cool regime. Lower base temperatures were derived by regression equation method when more replications were utilized in each crop. In testing these base temperature values, better agreement between treatments in total degree-day summation values were also obtained when more replications were utilized. Since perfect agreement was not reached, this would indicate that lower base temperature values could be used. It was concluded that more replications and weekly measurements of average temperature and growth could be taken to utilize the stage of development of that cultivar for a correct base temperature. It was further concluded that if total crop time at 18.3(DEGREES)C were used as a base, a 16.6% net savings in energy would occur