Several years earlier, another person had fallen under the spell of Broom – a young boy James William Kitching from the small town of Graaff-Reinet in the semi-desert Karoo region of the Eastern Cape province.
Broom knew that the Karoo was rich in fossils representing the period of earth history between about 265 million and 215 million years ago, and he visited the Karoo whenever he could. It had in fact been the richness of fossils in the Karoo that had originally attracted Broom to South Africa from Scotland via Australia in the closing years of the 19th Century. He initially established a medical practice in the coastal town of Port Elizabeth. But it wasn’t long before he moved his practice to the small rural town of Pearston, near Graaff-Reinet in the Karoo, specifically so that he could be near the fossil beds and could devote all his spare time to searching for fossils. During his visits to the Karoo, Broom would call on the Kitching family in the nearby village of Nieu-Bethesda and encourage them to look for fossils for his researches. The entire family became dedicated and skilful fossil collectors, but none more so than the eldest son, James.
In later life Broom would often say that he regarded James's father, CJM ("Croonie") Kitching as 'the greatest fossil hunter in the world' – which was high praise indeed – but for James himself Broom reserved the label 'the greatest fossil finder in the world'.
It therefore made sense that when Dr Price endowed the Institute at Wits and asked Broom who should be appointed to go out fossil-hunting, Broom had no hesitation in recommending James Kitching. So, immediately on his return from active service in Italy at the end of World-War II, the 23-year old Kitching was appointed the first and only member of staff of the fledgling Institute.
Within a week of his appointment James took a train from Johannesburg back to Graaff-Reinet in the Karoo, scene of his childhood fossil-finding successes in the surrounding districts, to begin his first official field trip on behalf of the Institute. Strict war-time fuel rationing was still in force and, having secured a miserly fuel ration of only eight gallons (45 litres), James borrowed his widowed mother's gas-guzzling Buick sedan and set off into the parched plains to look for fossils. Within the space of five months he had assembled a collection of more than 200 exquisitely preserved skulls – mostly of mammal-like reptiles.
Dr Price was so thrilled with the spectacular success of this first official field-trip that he doubled his endowment, which allowed the Institute to extend its field collecting activities to include the Makapansgat Caves at the other end of the country in what was then known as the Northern Transvaal (now Limpopo Province) of South Africa.
Interest in these caves had been sparked by the discovery of fossil-bearing cave-fill breccias of Plio-Pleistocene age during lime-mining operations in the earlier years of the 20th Century, but up to then relatively little had been done to investigate them in any systematic way.
James was joined in this work by his brothers Ben and Scheepers, and their discovery of the fossil remains of the 'ape-man' genus Australopithecus in the Makapansgat Limeworks Deposit further roused the interest and curiosity of Professor Raymond Dart, the young head of the Anatomy Department in the Medical School of the newly established University of the Witwatersrand. It was Dart who in a controversial 1925 paper had first described the ‘ape-man’, Australopithecus from lime-workings at a place called Taung in what is now the North-West Province of South Africa.
Dart boldly suggested that the large accumulations of Plio-Pleistocene fossil bones in the exposed cave-fill at Makapansgat were the work of early human ancestors - in fact of tool-using, tool-making ape-men of the genus Australopithecus. From this grew Dart's now largely abandoned but always controversial theory of an 'Osteodontokeratic Culture' (bone-tooth-horn culture) practised by the australopithecines.
This work at Makapansgat began a research interest in the Institute which is still actively pursued today - namely, research into 'Taphonomy' - literally the 'laws of burial', or the study of the processes involved in the history of an organism from death to ultimate fossilisation and discovery.
From those beginnings and right up to the moment of his death on 24 December 2003, the fortunes of the Institute and of James Kitching were inseparably intertwined.
The spectacular success of the Kitching brothers in collecting fossils meant that the Institute in Johannesburg soon outgrew its temporary accommodation on the University campus, and in 1963 new premises were allocated in a disused student residence behind the city's agricultural show grounds just west of the main university campus.
The increased space was, however, soon under strain again, not only because field-work under the Kitchings was continuing as productively as ever, but also because new fields of research had been added to the Institute's repertoire: in 1965 the renowned palaeobotanist Dr Edna Plumstead and a palynologist, Dr George Hart, joined the Institute from the University's Geology Department. One of Dr Plumstead's projects at the time was the analysis of plant fossils collected by the 1955-58 American Trans-Antarctic Expeditions, in the course of which she showed that sedimentary rocks of the same age in Antarctica, South Africa, South America, India and Australia contained essentially identical plant fossils.
This was in the days before general acceptance of the theory of 'continental-drift', plate-tectonics and sea-floor spreading, but the Antarctic fossil plants were seen by a few bold souls as powerful palaeontological evidence for the objective reality of the hypothetical former 'super-continent', Gondwana.
Barely five years after the palaeobotanical evidence was announced to the world, James Kitching himself added the voice of vertebrate fossils to this debate when he was invited to join the United States Antarctic Research Group on a visit to the icy continent in 1970, during which he collected vertebrate fossils identical to those he was accustomed to finding in the Karoo back home in South Africa.
In 1973, Kitching was awarded a PhD degree by the University of the Witwatersrand for his thirty years of intensive work on the biostratigraphy of the Karoo Supergroup in South Africa, and in 1983 he was appointed Reader in Karoo Biostratigraphy by the University. Later, in 1987, after the departure of Professor Mike Raath, the first full-time Director of the Institute, Professor Kitching took over the leadership of the Institute which he had almost single-handedly launched four decades earlier. When he initially retired from full-time service in 1990, he handed over to another son of the Karoo - indeed another Graaff-Reineter - Professor Bruce Rubidge, who is the current Director.
Rubidge is the grandson of another old friend of Broom's from his early Karoo days, Dr Sidney H Rubidge, who owned the farm "Wellwood" just outside Graaff-Reinet, which today houses his privately assembled collection of Karoo fossils - one of the most impressive and perhaps the most important of all such collections in South Africa.
The BPI today remains an active research and teaching institution whose small staff and their students remain dedicated to exploring the fossil treasures of the Karoo - true to the original dreams of both Broom and Price.
To the average South African or visitor to the country, the word 'Karoo' conjures up visions of vast, hot, arid plains dotted with bare conical 'koppies' and flat-topped hills. Yet there is another Karoo of which few people are aware. This is the Karoo of more than 200 million years ago - a land that may be recreated by piecing together many different lines of evidence. From this emerges a vastly different Karoo: a place of glaciers and inland seas giving way over time to swampy marshlands and huge meanderbelts and floodplains of great river systems, culminating in extensive deserts and eventually vast outpourings of thick volcanic lavas.
During those dramatic times the landscape was populated by a succession of plant and animal communities very different from those familiar to us today. The rivers have long since dried up, but the sediments they deposited have turned to rock, trapping within them the remains of the animals and plants that lived and died there so long ago. A remarkable thing about the fossils hidden in the stacked rocks of the Karoo is that they preserve a virtually unbroken record of almost 100 million years of the evolution of life in this corner of our ancient world, and part of the mission of the BPI is to unlock these secrets and reveal their hidden story for all to see and enjoy.
The research thrusts of the BPI Palaeontology relate mainly to the palaeontological and sedimentological development of the Carboniferous-Jurassic Great Karoo Basin, and the Plio-Pleistocene fossil hominid-bearing deposits.
Some of the research topics currently available as MSc and PhD research projects are listed below.
Another important role of the journal originally was to publish the Institute's Annual Report, giving a review of work done during the year and reporting on domestic matters ranging from staff news to financial matters, building developments, and statistics on students, research projects in progress and publications during the year.
The journal soon broke from its 'house journal' role and began accepting papers from people not directly associated with the Institute, provided the subject matter of the papers was relevant to the fields in which the Institute was active. That policy continues today and now the contents of any single issue of Palaeontologia africana are a blend of papers written by members of the Institute and people who are not members, but rather are colleagues affiliated through their research interests, many of them from overseas.
The first issue appeared in 1953 under the editorship of the then Honorary Scientific Director, Professor Sidney H. Haughton. Haughton served in this editorial capacity from the inception of the journal until his death in 1982 at the age of 94, advising successive directors from the great breadth and depth of his knowledge of the geology and palaeontology of South Africa and of much of the rest of the world as well.
The journal has an Editorial Panel, whose members are experts in their particular fields, to advise the editor on the acceptability of manuscripts. The editor and/or advisory panel members submit each received manuscript to independent referees for review before deciding whether or not to accept it for publication.