His father Jozef (°1890 - †1963) , headmaster of the local school, also teached after schooltime the children of the farmers : during his emprisonment (29/09/1917- Liberation) - being caught by the occupier in the Great War while smuggling messages to a telegraphpost- he had written a course in horti- and agriculture.
During his childhood, Vic explored nature while playing, fishing and poaching rabbits and squirrels, together with the brother of the girl he admired.
Oktober 1954, Vic started working at the Poplar Institute of the match company Unal at Geraardsbergen. Whole of his professional career was devoted to tree breeding, including overcoming all resistance and pitfalls that might have caused a discontinuity in his work.
May 1956 he married that girl Joanna Keustermans. Between 1957 and 1971 they gave birth to nine children.
They gave him 23 grandchildren
At the age of 82 years, Vic fell down while admiring one of his trees. After a relatively short period of disease, surrounded by his family, Vic passed away in 2010, 27 august.
Already from the 1920's
the swedish match making company Union Allumettière (Unal) (*) started buying
terrains in Belgium to grow poplars, under the direction of Harald Nordvik,
assisted by Albert Quairière, by Paul Flon (1938), and later on by Marcel
Govers and Maurits Herpelinck. In 1963 Unal owned about 1.500 hectares of forested area. Initially they used
different local clones of Euramericana,
such as 'Grijze van Achel', ' Zwarte van Kampenhout', 'Blauwe van Veurne', ... Many
trials on planting distances and consequent thinnings were established. 'Robusta'
('discovered' around 1895) became one of the most planted clones. However soon
problems occurred as these clones were too sensitive to different foliar
diseases, Dothichiza populea, poplar
canker,...
K.E. Hedborg, the swedish director of Unal, soon felt the need for an own scientific research program (**). In 1948 the "Institut de populiculture" with their own offices, laboratory and greenhouses, in front of the Unal factories was ready to start breeding of Populus spp. As the match industry used only a limited amount of poplar wood and other poplar wood consuming factories and all landowners cultivating poplar were involved by possible results, the research was for many years supported by I.R.S.I.A. (Institut pour l'Encouragement de la Recherche scientifique dans l'Industrie et l'Agriculture).
Whereas Giacomo Piccarolo (Casale Monferrato-Italy) at that time selected his famous clones (e.g. I214, I488, ...) starting from seeds collected on individual trees in plantations, the thread throughout the whole breeding work at Geraardsbergen from the beginning was the collecting and maintenance of an important base collection of individuals of the different pure poplar species used. Seeds and flowering branches were received by the many international contacts within the S.T.A.B. group and with research colleagues in Europe, U.S.A, Canada, Japan... From the beginning P. deltoides and P. nigra were the main species used to create a vast gene-pool, and to be used in the breeding work. A collection of P. trichocarpa and P. maximowiczii followed. P. tremula and P. tremuloides soon were avoided.
An important breakthrough was the (re)discovery by Vic in 1959 of indigenous Populus nigra trees in the Dender valley.
Variability in all possible properties - the understanding of it - within and between the pure species, together with the dioecious character of most Poplar spp. and "the law of large numbers" were considered to be the basis of a succesfull breeding program.
Wolfgang Von Wettstein, at the Kaiser Wilhelm institut- Müncheberg, had shown allready around 1929 that grafted mature branches from
poplar can be made to flower and to give ripe seed after controlled pollination
in greenhouses. This method became common use for breeding F1 aspen hybrids in
Scandinavia, and was taken over at Geraardsbergen. It speeded up the study on the transmission of
inheritable properties. Not only the study of the parental trees, but also the
propagation of their F1 descendants and very soon F2 generation and
backcrossings became common use at the Institute.
Throughout Vics career millions and millions of seedlings were produced and consequently tested for disease and insect resistance, photoperiodic response, adaptability to climate and soil conditions, vigourosity, tree form, rootability, wood quality,.. Vics strength in this tremendous and monkish work (as he called it) was his ability to find, and to collaborate with, experts within his team and throughout the world in all concerned domains.
He recognized the importance of each working member in his staff, from the workmen in the greenhouses and tree nurseries, over the accountant (paper work was not Vics' favourite activity) at the office, to the biologist and forest engineer in the lab and the field.
Vic also guided the the scientific
activities of Swedish Match in France, during the period +/- 1960-1970, and in
Italy from 1962 until 1972. Within Swedish Match permanent scientific contacts were established with related companies in Argentina, Brazil, Chili, Denmark, India, Portugal, Sweden. Vic went to all these countries, except for India.
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No doubt Nikolai Ivanovich Vavilov, Gijsbertus
Houtzagers, C. Syrach Larsen , Bruce Zobel, Hermann Nilsson-Ehle, Norman
Borlaug, and so many others were on the writers list of the young Vic. Some of
them he ever met.
"Poplars can be bred to order", after
Ernst Schreiner (1949), became his professional motto.
... And who decided to visit "Preservation Hall" at New Orleans...
In 1969 he presented at the NATO-IUFRO conference "Biology of rust resistance in forest trees" at Moscow (Idaho) two papers, that summarized the work until then done at Geraardsbergen : "the state of knowledge in breeding rust resistant poplars" and "breeding poplars resistant to various diseases".
April 1972
the famous poplar "Unal" clones, that resulted from crossings made in
1960-1962, were released on the market, to the benefit of poplar growers
throughout the world, with names such as 'Unal', 'Beaupré', 'Boelare',
'Ghoy',...Clones combined all favourable properties, and some could be
considered to belong to the fastest growing trees of the temperate climatezone
of the Northern hemisphere ; but some of them will later be victim of their own
success...
Besides
these 'Unal' clones many other tens of new hybrids and clones have succesfully
been introduced in the different countries where Swedish Match was interested
to produce the necessary wood for the different local match factories.
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Meanwhile, in oktober 1971 Lennart Hedborg, at that time president of Union Allumettière, announced to Vic, that Unal and Swedish Match had decided to stop all scientific research, and this because and only because of economical reasons. Bothered by many moral, social and administrative troubles, but blessed with an enormous perseverance and due to his network (Linkedin avant la lettre) Vic obtained in january 1973, but this was realised only in january 1976, from the Minister of Agriculture Leo Tindemans the principal decision that the Poplar Institute will be taken over by the Belgian Government.
From 1971
till 1976 Lennart Hedborg, morally supporting all his employees, repeatedly
obtained the necessary funding to save his fathers' realisation. All of the
genetical collection owned by Unal was generously given tot the new National
Poplar Research Centre. Vic remained head of the Institute that in 1989 was
transformed to the Flemish Institute of Forestry and Game Management, nowadays INBO. After his
retirement (1993) Vic became Professor of forestry and forest tree improvement
at Leuven University.
Vic became
very active in several international organisations :
-) International Poplar Commission (FAO) where he was for 12 years president of the Working Party involved with
breeding of poplars and willows. In september 1988 in Beijing (China) he was
elected President of the Executive Committee of IPC and remained in this
function until 2000.
-) IUFRO where he was active in
several groups and president of the Poplars and willows Working Party for 12 years
-) IEA where he was active as the
Belgian representant within the Forestry Department and involved in the
exchange and conservation of genetical material of Alnus (1983-1985), Populus
and Salix (1986-1991).
Indeed, Vic
commonly is known as an poplar expert. However lot of his time was devoted to
the successfull breeding of several other forest tree species : Alnus spp., Salix spp., Ulmus spp., Prunus avium, Fraxinus excelsior, Platanus spp, Quercus spp., ...
He guided many groups of interested scientists and forest owners through the tree nursery at Grimminge, and the experimental plots everywhere.
He shared his knowledge with everyone who was interested, and has welcomed, supported and encouraged so many young scientists from anywhere in the world.
He recognized the possibilities of biotechnology. Mid 1980's he was approached by Plant Genetic Systems to try out trangenic poplar trees ; as Prof Van Montagu later wrote : "Your immediate positive response was really a demonstration of vision and of confidence in science".
Vic was a
visionary scientist, and an extremely gifted observer. Long before "biodiversity"
became commonplace, he quoted :
"...It
is extremely important and necessary to recognize the existence and evolution,
as well on a local as on a regional,
national and international scale, of the populations within all tree species.."
and with his global view he added
"... and of the populations of their divers pathogens...".
and with his global view he added
"... and of the populations of their divers pathogens...".
In this
matter, he also was occupied with realizing and continuously expanding
genebanks of different tree species. He rediscovered and established a
collection of the indigenous, in Belgium almost extincted, 'Populus nigra'. But at the same time he
noticed and emphasized on the extreme poverty in species of the Belgian (and European)
forests :
"... Efficient tree breeding finally will result in a most efficient way of nature conservation...".
"... Efficient tree breeding finally will result in a most efficient way of nature conservation...".
"...National borders are no Berlin Wall.
Forests wherever are genetically rich reservoirs of all kinds of treespecies, susceptive to further
breeding..."
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