Integration of Conservation Strategies of Plant Genetic ... - Genres
Integration of Conservation Strategies of Plant Genetic ... - Genres Integration of Conservation Strategies of Plant Genetic ... - Genres
K. Ham m er Table 1: Development of material in the Gatersleben genebank Year No. Accessions 1945/46 1950 1955 1960 1065 1970 1975 1980 1985 1990 3.500 12.550 15.652 20.197 29.120 32.489 40.628 48.959 57.888 68.840 Source: Hammer (1993b) (estimate) Table 2: Material in the Gatersleben genebank (1992), including the new stations Crop groups No. accessions Cereals a Grasses b Potatoes (Station Groß Lüsewitz) Beets Pulses Clover and related crops b Oil- and fibre-crops b Medicinal plants, spice plants, technical crops Vegetables (incl. Cucurbitaceae) Mutants and genetic stocks (Lycopersicon, Glycine, Antirrhinum) Fruits (Stations Dresden-Pillnitz and Müncheberg) Ornamental plants 34.805 8.187 4.494 1.485 16.006 3.785 6.953 3.646 9.962 2.614 1.405 1.878 Total 95.219 a Includes Secale and triticale (Station Gülzow) b Includes grasses, clover and oilseed collection (Station Müncheberg) Source: Hammer (1993b) The present overview on the material is shown in table 2. After the political and economic changes in
Germany the Gatersleben institute was newly founded in 1992 as Institute for Plant Genetics and Crop Plant Research including stations in northern (Groß Lüsewitz, Malchow, Güstrow) and southern parts (Dresden-Pillnitz) of eastern Germany with special collections comprising now nearly 100.000 accessions. The material in the genebank derived to a large part from collecting missions. After relatively scanty activities in the first years the Gatersleben genebank carried out an intensive collecting programme in the 70ies and 80ies (table 3). Table 3: Collecting missions conducted by the Gatersleben staff, 1974-1990 Collecting area (year) No. Accessions Czechoslovakia (1974, 1977, 1981) Eastern Germany (1975-1984) Poland (1976, 1978, 1984) Spain (1978) Italy (1980-1989) Libya (1981-1983) Georgia, former USSR (1981-1989) Austria (1982, 1983, 1985, 1986) Ethiopia (1983, 1984) Korean DPR (1984-1989) Mongolia (1985, 1987) China (1986, 1988) Iraq (1986) Cuba (1986-1990) Central Asia, Former USSR (1987, 1988) Colombia (1988) Peru (1988) 1.153 694 442 344 2.077 468 2.709 265 186 530 67 67 141 517 141 112 37 Total 9.950 Source: Hammer (1993b) The material in the genebank is offered to the user community by publishing Indices seminum (table 4). For the special use of plant breeders since 1981 an extensive supplementum of cultivars is published every four years (Supplementum cultivarorum). The indices also contain information on the results of evaluations. Thus the genebank material is accepted by the users, as can be seen from table 5. The number of accessions provided directly for plant breeders is relatively low. But we have to consider that material from genebanks is often of little direct use for plant breeding. In most cases germplasm enhancement is necessary which is usually done by groups of scientists engaged in breeding research. The material ordered by these groups has been put into the category "Research institutes, collections etc." in table 5. Table 6 shows the amount of material which underwent a further evaluation (Blixt and Williams 1982) in departments of the Gatersleben institute or in other institutes (Hammer 1991c). The evaluation work reflects the economic importance of the crop groups for plant breeding. Cereals have been intensively
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Germany the Gatersleben institute was newly founded in 1992 as Institute for <strong>Plant</strong> <strong>Genetic</strong>s and Crop<br />
<strong>Plant</strong> Research including stations in northern (Groß Lüsewitz, Malchow, Güstrow) and southern parts<br />
(Dresden-Pillnitz) <strong>of</strong> eastern Germany with special collections comprising now nearly 100.000<br />
accessions.<br />
The material in the genebank derived to a large part from collecting missions. After relatively scanty<br />
activities in the first years the Gatersleben genebank carried out an intensive collecting programme in<br />
the 70ies and 80ies (table 3).<br />
Table 3: Collecting missions conducted by the<br />
Gatersleben staff, 1974-1990<br />
Collecting area (year) No. Accessions<br />
Czechoslovakia (1974, 1977, 1981)<br />
Eastern Germany (1975-1984)<br />
Poland (1976, 1978, 1984)<br />
Spain (1978)<br />
Italy (1980-1989)<br />
Libya (1981-1983)<br />
Georgia, former USSR (1981-1989)<br />
Austria (1982, 1983, 1985, 1986)<br />
Ethiopia (1983, 1984)<br />
Korean DPR (1984-1989)<br />
Mongolia (1985, 1987)<br />
China (1986, 1988)<br />
Iraq (1986)<br />
Cuba (1986-1990)<br />
Central Asia, Former USSR (1987,<br />
1988)<br />
Colombia (1988)<br />
Peru (1988)<br />
1.153<br />
694<br />
442<br />
344<br />
2.077<br />
468<br />
2.709<br />
265<br />
186<br />
530<br />
67<br />
67<br />
141<br />
517<br />
141<br />
112<br />
37<br />
Total 9.950<br />
Source: Hammer (1993b)<br />
The material in the genebank is <strong>of</strong>fered to the user community by publishing Indices seminum (table 4).<br />
For the special use <strong>of</strong> plant breeders since 1981 an extensive supplementum <strong>of</strong> cultivars is published<br />
every four years (Supplementum cultivarorum). The indices also contain information on the results <strong>of</strong><br />
evaluations.<br />
Thus the genebank material is accepted by the users, as can be seen from table 5. The number <strong>of</strong><br />
accessions provided directly for plant breeders is relatively low. But we have to consider that material<br />
from genebanks is <strong>of</strong>ten <strong>of</strong> little direct use for plant breeding. In most cases germplasm enhancement is<br />
necessary which is usually done by groups <strong>of</strong> scientists engaged in breeding research. The material<br />
ordered by these groups has been put into the category "Research institutes, collections etc." in table 5.<br />
Table 6 shows the amount <strong>of</strong> material which underwent a further evaluation (Blixt and Williams 1982)<br />
in departments <strong>of</strong> the Gatersleben institute or in other institutes (Hammer 1991c). The evaluation work<br />
reflects the economic importance <strong>of</strong> the crop groups for plant breeding. Cereals have been intensively