The Liber studiorum of J.M.W. Turner, R.A., in the Victoria and Albert Museum.

"This catalogue has been compiled by Mr. E.F. Strange".

The American agricultural press, 1819-1860 /

Includes index.

Revue de géologie pour l'année 1860-1877 et 1878.

An abbreviated edition of 1876-77 appeared with title: Extraits de géologie ...

Eugenics:

Mode of access: Internet.

John Albert Bengel's Gnomon of the New Testament. Pointing out from the natural force of the words, the simplicity, depth, harmony and saving power of its divine thoughts.

"List of the principal books quoted in the editor's additional notes in this volume": v.1, p.9-10; v.2, p.7-8.

Revue de géologie pour l'année 1860-1877 et 1878.

Vols. 1-3 were written in collaboration with Auguste Laugel.

1929 Ice Hockey Team

Planting design for terraces at residence of Mr. Albert O. Trostel

Red, balck ink on linen; location, type of plantings; residence by E. R. Liebert; signed. 51 x 55 cm. Scale: 1" = 10' [from photographic copy by Lance Burgharrdt]

University of Michigan Men's Basketball Team, 1929

Top Row: trainer Cassius Cahill, mngr. Roland Taylor, Tharel Kanitz, Frank Lovell, Albert Barley, asst. coach Bennie Oosterbaan, asst. coach Franklin Cappon

Middle Row: Joseph Truskowski, James Orwig, Ernest McCoy, coach George Veenker, Robert Chapman, Daniel Rose

Front Row: Joseph Balsamo, J. Dallas Whittle

Lake Albert fisheries resources and their management strategy

Lake Albert/Mobutu lies along the Zaire-Uganda border in 43/57 per cent ratio in the faulted depression tending south-west to the north east. It is bounded by latitudes 1o0 n to 2o 20’ N and longitudes 30o 20’ to 31o 20’E. It has a width varying from 35 to 45 km (22 to 28 miles) as measured between the scarps at the lake level. It covers an area of 5600km2 and has a maximum depth of 48m. The major inflow is through the Semiliki, an outflow of Lake Edward, Muzizi and Victoria Nile draining lakes Victoria and Kyoga while the Albert Nile is the outflow. The physical, chemical and biological productivity parameters are summarized in Table 1. The scarp is steep but not sheer and there are at least 4 tracks leading down it to villages on the shore and scarp land scarp is a young one, formed as a result of earth movements of the Pleistocene times, and the numerous streams come down headlong down its thousand feet drop, more often than not in falls (Baker, 1954). Sometimes there appears to be a clean fault; and at other places there is the appearrence of step faulting, although this may be of only a superical nature .The escarpment’s composed of rocks belonging to the pre-Cambrian Basement complex of the content; but the floor of the depression is covered with young sedimentary rocks, known as kaiso beds. In their upper part these latter beds contains many pebbles; whilst low down the occurrence fossiliferous beds is sufficiently rare phenomenon in the interior plateau of Africa. The kaiso beds dated as possibly middle Pleistocene in age, are exposed in various flats on the shore, and they presumably extend under the relatively shallow waters of the lake. A feature of the shore is the development of sandpits and the enclosure of lagoons; and these can be observed in various stages of development at kaiso, Tonya, kibiro, Buhuka and above all, at Butiaba. On an island lake over 1100 km (700 miles) from the shores of the Indian Ocean one can thus study some of the shore-line phenomena usually associated with the sea- coast (Worthington, 1929). In the north, from Butiaba onwards, the flats become wider and from a continuous lowland as the lake shore curves away from the straight edge of the escarpment. At a height of just 610m (2000 feet) above sea-level, the rift valley floor at Butiaba has a mean annual temperature of 25.60c (780 f), from which there is virtually no seasonal variation; and and the mean daily range is only 6.50c (130f) (E.Afr. met. Dept.1953). With a mean annual rainfall of not much more than 762mm (309 inches) and only 92 rain days in ayear, again to judge from Butiaba, conditions in the rift valley are semi-arid; and the vegetation cover consists of grasses and scattered drought-resisting trees and bushes. Only near the stream courses does the vegetation thicken.