†209. Special Perturbations. Professor LEUSCHNER. 3 hrs., first half-year. Hours to be arranged with the instructor. †210A. The General Perturbations of the Minor Planets after Hansen, †210B. A continuation of course 210A. Associate Professor CRAWFORD. Second half-year. Hours and credit to be arranged with the instructor. †212A. Satellite Theory and Introduction to the Lunar Theory. Associate Professor CRAWFORD. 3 hrs., either half-year. Hours to be arranged. Prerequisite: course 206. †212B. The Lunar Theory. A continuation of course 212A. Associate Professor CRAWFORD. Second half-year. Hours and credit to be arranged with the instructor. Professor LEUSCHNER. 213. Selected Topics in Celestial Mechanics. Either half-year. Hours and credit to be arranged with the instructor. 214. Advanced Practical Astronomy. Dr. EINARSSON. 5 hrs., either half-year; units. M W, 11; M, 7-10 p.m. Prerequisite: course 104. 215. Advanced Study and Research. The Staff. Investigation of special problems to be selected according to the preparations and the needs of individual students. Hours and credit to be arranged in each case. 218. Mathematical Theories in Higher Geodesy. Associate Professor CRAWFORD. A complete development of the theories in practical use in Higher Geodesy, including such topics as (1) Fundamental Formulae for the Geodetic Line; (2) Course of the Geodetic Line; (3) The Geodetic Triangle; (4) various problems concerning the Ellipsoid of Revolution, etc. 3 hrs., either half-year. Hours to be arranged. Prerequisite: differential and integral calculus and a thorough knowledge of series development. These courses form a series which the student can complete in about three years. From two to three of these courses are offered every term, the selection being based on the needs and the preparation of the graduate students in astronomy. †219. Physical Theories in Higher Geodesy. Associate Professor CRAWFORD. A systematic presentation of the fundamental theories concerning the Figure of the Earth. 3 hrs., either half-year. Hours to be arranged. Prerequisite: course 218 and Physics 105a. Professor LEWIS. Spectroscopy. [See Physics 211-211c.] Railway, Highway, and Canal Surveying, with Field Practice. [See Civil Engineering 102AB.] Higher Surveying and Geodesy. [See Civil Engineering 105.] LICK OBSERVATORY The Lick Observatory at Mount Hamilton forms a separate department of the University. The unrivaled facilities for advanced astronomical work which are offered by its fine equipment, in this favorable location, are too well known to require description here. The department is open to graduate students under regulations prescribed by the Regents. The degrees of Master of Arts and Doctor of Philosophy are offered to students who have fulfilled the required conditions. (See Announcement of the Graduate School.) For information relating to graduate work at the Observatory intending students should address the Recorder of the Faculties at Berkeley, or the Director of the Lick Observatory, at Mount Hamilton, Santa Clara County, California. †These courses form a series which the student can complete in about three years. From two to three of these courses are offered every term, the selection being based on the needs and the preparation of the graduate students in astronomy. BOTANY WILLIAM A. SETCHELL, Ph.D., Professor of Botany. WILLIS L. JEPSON, Ph.D., Associate Professor of Dendrology. HARVEY M. HALL, Ph.D., Assistant Professor of Economic Botany and Assistant Botanist to the Agricultural Experiment Station. NATHANIEL L. GARDNER, Ph.D., Assistant Professor of Botany. THOMAS H. GOODSPEED, Ph.D., Instructor in Botany. TOWNSHEND S. BRANDEGEE, Ph.B., Honorary Curator in the Herbarium. C. A. PURPUS, Pharm.D., Botanical Collector. Courses 1A-1B, 2, and 3 are elementary courses and may be counted for prescribed science in the College of Letters and Science. Course 1A-1B is not necessarily for students intending to group in botany, but courses 2 and 3 lead directly to and are prerequisite for advanced work in the subject. Lecture courses in the summer session may be equivalent to course 1A-1B in part, and credit will not be given for both in such a case. Courses 2 and 3 are also designed to fulfill lower division requirements in the College of Agriculture. Laboratory courses in the summer session may be equivalent to courses 2 and 3; credit will not be given for duplicated work. Courses 104A-104B, 105A, 109A-109в, and 116 are required for major subjects in different divisions of the department of agriculture. For the teacher's recommendation, students are advised to take courses 104A-104B, 105A-105в, and 109A-109B, with the prerequisites, but should consult with the head of the department early in their course. For those students who expect to prepare for botanical research or teaching, a broad foundation in related subjects is strongly advised. The fundamental courses in physics and chemistry should be taken, if possible, before the work in botany is begun. Courses in physiology, zoology, and plant pathology may be included to advantage; higher mathematics is desirable; a reading knowledge of French and German is necessary; some knowledge of Latin is very desirable for advanced systematic botany. A laboratory fee of $2.50 will be charged each half-year for each laboratory course. This rule applies to courses 2, 3, 104A-104B, 105A-105B, 106A-106B, 107A-107B, 109A-109B, 111A-111B, 112A-112B, 113A-113в, 116, 225A-225B, 226, 227, and 228A-228B. LOWER DIVISION COURSES 1A-1B. Fundamentals of Botany. Professor SETCHELL. Lectures, illustrated as far as possible by means of specimens, diagrams, and preparations; designed to set forth in a general way the important facts, problems, and theories with which botanical science is concerned. 3 hrs., throughout the year. M W F, 8. Either 14 or 1в may be taken separately without prerequisite. 2. General Botany. Assistant Professor GARDNER, Dr. GOODSPEED, and Assistants. A laboratory study of the plant, taking up in an elementary fashion the general structures of the plant and the correlation and individual functions of the various plant organs. Lectures 2 hrs., laboratory 4 hrs., first half-year; 3 units. Lectures, M F, 10. Five laboratory sections: I, M W, 3-5; II, Tu Th, 8-10; III, Tu Th, 10-12; IV, Tu Th, 1-3; V, Tu Th, 3-5. Prescribed for students in the College of Agriculture and prerequisite to all upper division courses in botany. 3. General Botany (continued). Assistant Professor GARDNER, Dr. GOODSPEED, and Assistants. A continuation of course 2 with special emphasis upon the general characteristics, comparative morphology, and economic importance of representative orders of both spore-bearing and seed-bearing plants. Lectures 2 hrs., laboratory 4 hrs., second half-year; 3 units. Lectures, M F, 10. Five laboratory sections as in course 2. Prerequisite: course 2. Prescribed for students in the College of Agriculture and prerequisite to all upper division courses in botany. UPPER DIVISION COURSES 104A-104B. General Phaenogamic Botany. Associate Professor JEPSON. 104A. Forest Botany. Laboratory work on the botanical characters of forest trees and chaparral; practice in the determination of important California species; lectures on the classification of Gymnosperms and other groups, and on the essentials of morphology and physiology as applied to trees. 6 hrs., first half-year; 3 units. Tu Th, 1-4. Field work on alternate Saturdays. Prerequisite: courses 2 and 3. 104B. Angiosperms. A general study of representative orders of flowering plants, dealing especially with their habits of growth, structure, classification, and geographical distribution. Laboratory work and lectures. 6 hrs., second half-year; 3 units. Tu Th, 1-4, with 3 hrs. field work to be arranged. Prerequisite: course 104A. 105A-105B. General Cryptogamic Botany. Professor SETCHELL and Mr. A general study of the orders of spore-bearing plants from the points of view of structure, development, and economic importance. Laboratory work and informal lectures. 6 hrs., laboratory, 1 hr. lecture, throughout the year; 3 units each halfyear. M F, 1-4. Prerequisite: courses 2 and 3. May be taken either half-year by properly prepared students. 106A-106в. Phycology and Mycology. Professor SETCHELL. Laboratory work upon the structure, development, and classification of the algae, fungi, and lichens, with informal lectures and the assignment of outside reading. Intended for students who desire some critical knowledge of the lower cryptogamous orders. 6 hrs., throughout the year; 3 units each half-year. Hours to be arranged with the instructor. Prerequisite: course 105A-105B. 107A-107B. Pteridology and Bryology. Professor SETCHELL. The structure, development, and classification of the higher cryptogams (hepatics, mosses, ferns, and fern allies) will be treated in the same way as the lower cryptogams in course 106A-106B. 6 hrs., throughout the year; 3 units each half-year. Prerequisite: course 105A-105B. 109A-109B. Vegetable Histology. Dr. GOODSPEED. A laboratory course in the microscopical anatomy of the higher plants, treated with reference to function and the influence of environment. It includes practice in embedding, use of the microtome, staining on the slide, microchemical tests, etc. Laboratory work and lectures. 6 hrs., throughout the year; 3 units each half-year. Tu Th, 9-12. Prerequisite: courses 2 and 3. 111A-111B. Vegetable Cytology. Dr. GOODSPEED. The anatomy and physiology of the cell, including the cell division, chromosome reduction, fertilization, and a consideration of heredity and development from the standpoint of cytology. Laboratory work and lectures. 6 hrs., throughout the year; 3 units each half-year. Hours to be arranged. Prerequisite: course 109A-109B. 112A-122B. Morphology of the Compositae. Associate Professor JEPSON. Studies in the general morphology of the compositae, leguminosae, pinaceae, or some similar group, mainly from the taxonomic standpoint, followed by the critical examination of various west American genera. At least part of the summer in the year previous to the election of this course should be spent in field work, preferably in California. 6 hrs., throughout the year; 3 units each half-year. Tu Th, 9-12; field work to be arranged. Prerequisite: course 104A-104B. |