TY - CONF
T1 - AFLP analysis of changes in population genetic diversity and structure in forage legume germplasm grown in contrasting environments in Northern Europe
AU - Collins, R. P.
AU - Frankow-Lindberg, B. E.
AU - Helgadottir, A.
AU - Skot, L.
AU - Jones, C.
AU - SKot, K. P.
A2 - Rasmussen, J.
A2 - Schacht, M.
A2 - Helagadottir, A.
N1 - Collins R.P., Frankow-Lindberg B.E., Helgadottir, A., Skot, L., Jones, C., Skot, K.P. (2010). AFLP analysis of changes in population genetic diversity and structure in forage legume germplasm grown in contrasting environments in Northern Europe. In: ' NJF Report, The potential of forage legumes to sustain a high agricultural productivity ? A Nordic perspective. NJF Seminar 432', Rasmussen, J., Schacht, M., Helagadottir, A. (Eds) , Hvann eyri, Iceland, 20-22 June 2010, Nordic Association of Agricultural Scientists, 6, (3), 45-49.
NJF Seminar 432, Hvann eyri, Iceland, 20-22 June 2010
Grassland Science in Europe, 2010, 15, 51-53
PY - 2010
Y1 - 2010
N2 - We used AFLP (amplified fragment length polymorphism) markers to analyse changes in population genetic differentiation (‘genetic shift’) over time in red and white clover germplasm, and to assess the effect of contrasting sites (Iceland, Sweden and the UK) on the magnitude of these changes. The AFLP technique successfully identified populations in which genetic shift had occurred. The clearest evidence of this was in Sweden within the short time span of three years. This site showed the greatest annual amplitude in temperature duringthe experiment and was also the driest, and one or both of these factors may have exerted strong directional selective pressure on the populations grown there.
AB - We used AFLP (amplified fragment length polymorphism) markers to analyse changes in population genetic differentiation (‘genetic shift’) over time in red and white clover germplasm, and to assess the effect of contrasting sites (Iceland, Sweden and the UK) on the magnitude of these changes. The AFLP technique successfully identified populations in which genetic shift had occurred. The clearest evidence of this was in Sweden within the short time span of three years. This site showed the greatest annual amplitude in temperature duringthe experiment and was also the driest, and one or both of these factors may have exerted strong directional selective pressure on the populations grown there.
M3 - Paper
SP - 45
EP - 49
T2 - The potential of forage legumes to sustain a high agricultural productivity ? A Nordic perspective. NJF Seminar 432
Y2 - 20 June 2010 through 22 June 2010
ER -