Shaver Hospital Residence

Located next to Shaver Hospital across the street from Bock's main campus, the Shaver Hospital Residence used to house nursing students. The building was demolished in the early 2000s.

Earp Residence

The five-storey building consists of 255 furnished, single-rooms with a bathroom shared between every two rooms, as well as a lounge on each floor. It is named after the University's second and longest-serving President. Dr. Earp was President from 1974-1988, in addition to being Acting President during the 1971-72 and 1973-1974 academic years.

Lowenberger Residence 2004

The building accommodated 311 students in single and double rooms, and included a 300-seat dining hall, common lounges, and study rooms. The building is named after Arnie Lowenberger, a former faculty member who held many significant positions during Brock's early development. Lowenberger was the first Director of the School of Physical Athletics and Recreation, and became its first Dean when it was reconstituted into the Faculty of Physical Education. In these positions, he introduced varsity sports to Brock such as men's and women's basketball and men's hockey, implemented the first health and counseling services for students, planned the design of the original Physical Education building, and drafted the University's Physical Education degree program. He also was the first Director of Residences and the first Dean of Students.

Behavioural and neural correlates of operant conditioning in Lymnaea stagnalis : role of previous experience during development /

The freshwater mollusc Lymnaea stagnalis was utilized in this study to further the understanding of how network properties change as a result of associative learning, and to determine whether or not this plasticity is dependent on previous experience during development. The respiratory and neural correlates of operant conditioning were first determined in normally reared Lymnaea. The same procedure was then applied to differentially reared Lymnaea, that is, animals that had never experienced aerial respiration during their development. The aim was to determine whether these animals would demonstrate the same responses to the training paradigm. In normally reared animals, a behavioural reduction in aerial respiration was accompanied by numerous changes within the neural network. Specifically, I provide evidence of changes at the level of the respiratory central pattern generator and the motor output. In the differentially reared animals, there was little behavioural data to suggest learning and memory. There were, however, significant differences in the network parameters, similar to those observed in normally reared animals. This demonstrated an effect of operant conditioning on differentially reared animals. In this thesis, I have identified additional correlates of operant conditioning in normally reared animals and provide evidence of associative learning in differentially reared animals. I conclude plasticity is not dependent on previous experience, but is rather ontogenetically programmed within the neural network.

Verbal ability, previous practice and load on short-term memory as determiners of differences in a complex learning task: an experimental study

Traditional psychometric theory and practice classify people according to broad ability dimensions but do not examine how these mental processes occur. Hunt and Lansman (1975) proposed a 'distributed memory' model of cognitive processes with emphasis on how to describe individual differences based on the assumption that each individual possesses the same components. It is in the quality of these components ~hat individual differences arise. Carroll (1974) expands Hunt's model to include a production system (after Newell and Simon, 1973) and a response system. He developed a framework of factor analytic (FA) factors for : the purpose of describing how individual differences may arise from them. This scheme is to be used in the analysis of psychometric tes ts . Recent advances in the field of information processing are examined and include. 1) Hunt's development of differences between subjects designated as high or low verbal , 2) Miller's pursuit of the magic number seven, plus or minus two, 3) Ferguson's examination of transfer and abilities and, 4) Brown's discoveries concerning strategy teaching and retardates . In order to examine possible sources of individual differences arising from cognitive tasks, traditional psychometric tests were searched for a suitable perceptual task which could be varied slightly and administered to gauge learning effects produced by controlling independent variables. It also had to be suitable for analysis using Carroll's f ramework . The Coding Task (a symbol substitution test) found i n the Performance Scale of the WISe was chosen. Two experiments were devised to test the following hypotheses. 1) High verbals should be able to complete significantly more items on the Symbol Substitution Task than low verbals (Hunt, Lansman, 1975). 2) Having previous practice on a task, where strategies involved in the task may be identified, increases the amount of output on a similar task (Carroll, 1974). J) There should be a sUbstantial decrease in the amount of output as the load on STM is increased (Miller, 1956) . 4) Repeated measures should produce an increase in output over trials and where individual differences in previously acquired abilities are involved, these should differentiate individuals over trials (Ferguson, 1956). S) Teaching slow learners a rehearsal strategy would improve their learning such that their learning would resemble that of normals on the ,:same task. (Brown, 1974). In the first experiment 60 subjects were d.ivided·into high and low verbal, further divided randomly into a practice group and nonpractice group. Five subjects in each group were assigned randomly to work on a five, seven and nine digit code throughout the experiment. The practice group was given three trials of two minutes each on the practice code (designed to eliminate transfer effects due to symbol similarity) and then three trials of two minutes each on the actual SST task . The nonpractice group was given three trials of two minutes each on the same actual SST task . Results were analyzed using a four-way analysis of variance . In the second experiment 18 slow learners were divided randomly into two groups. one group receiving a planned strategy practioe, the other receiving random practice. Both groups worked on the actual code to be used later in the actual task. Within each group subjects were randomly assigned to work on a five, seven or nine digit code throughout. Both practice and actual tests consisted on three trials of two minutes each. Results were analyzed using a three-way analysis of variance . It was found in t he first experiment that 1) high or low verbal ability by itself did not produce significantly different results. However, when in interaction with the other independent variables, a difference in performance was noted . 2) The previous practice variable was significant over all segments of the experiment. Those who received previo.us practice were able to score significantly higher than those without it. J) Increasing the size of the load on STM severely restricts performance. 4) The effect of repeated trials proved to be beneficial. Generally, gains were made on each successive trial within each group. S) In the second experiment, slow learners who were allowed to practice randomly performed better on the actual task than subjeots who were taught the code by means of a planned strategy. Upon analysis using the Carroll scheme, individual differences were noted in the ability to develop strategies of storing, searching and retrieving items from STM, and in adopting necessary rehearsals for retention in STM. While these strategies may benef it some it was found that for others they may be harmful . Temporal aspects and perceptual speed were also found to be sources of variance within individuals . Generally it was found that the largest single factor i nfluencing learning on this task was the repeated measures . What e~ables gains to be made, varies with individuals . There are environmental factors, specific abilities, strategy development, previous learning, amount of load on STM , perceptual and temporal parameters which influence learning and these have serious implications for educational programs .

Aerial view of the Chapman College residence halls, Orange, California

Aerial view of the Chapman College campus residence halls, Orange, California.

Residence, Sterling, Illinois

Residence [written over photograph: "Home 1916-1919"], possibly Sterling, Illinois, ca. 1919.

Braden Residence Hall, Chapman College, Orange, California

Braden Hall, originally West Hall, men's dormitory, Chapman University, Orange, California. Constructed by Chapman College in 1959 and demolished in 2007.

Braden Residence Hall

Braden Residence Hall [formerly West Hall], Chapman University, Orange, California. It was constructed by Chapman College in 1959 for a men's dormitory and demolished in 2007.

Groundbreaking for Braden Residence Hall [West Hall]

Groundbreaking ceremony for Braden Residence Hall [formerly West Hall], Chapman University, Orange, California. It was constructed by Chapman College in 1959 for a men's dormitory and torn down in 2007. Left to right, seated are Dr. Buell F. Enyeart, Director of Evening Division and Summer School; John Davis; standing behind is Randolph Cutlip, Dean of Graduate Studies; Colleen Richardson with shovel; Marshon De Poister [dark suit], Dean of the College; and J. E. Wilkinson at the podium.

Swimming pool for Cheverton Residence Hall [originally East Hall], Chapman College, Orange, California

Swimming pool area for Cheverton Residence Hall [originally East Hall], Chapman College, Orange, California, ca. 1978.

Cheverton Residence Hall [originally East Hall], Chapman College, Orange, California

Exterior view of East Hall [renamed Cheverton Residence Hall], Chapman University, Orange, California. was constructed by Chapman College and dedicated in 1959 as a dormitory for women. It was named for Dr. Cecil F. Cheverton, president of Chapman College in the 1930s.

Cheverton Residence Hall [originally East Hall], Chapman College, Orange, California

Working on the construction of East Hall [renamed Cheverton Residence Hall], Chapman University, Orange, California. It was constructed by Chapman College and dedicated in 1959 as a dormitory for women.

Cheverton Residence Hall [originally East Hall], Chapman College, Orange, California

Inside a dormitory room at Cheverton Residence Hall [originally East Hall], Chapman College, Orange, California, ca. 1960. The dormitory was dedicated in 1959 and torn down in 2002.