CD Skripsi
Kestabilan Karakter Unggul Polong Paling Banyak Kacang Hijau (Vigna Radiata L.) Populasi M7-18-3-1-18-33 Radiasi Sinar Gamma
Mung bean (Vigna radiata L.) in Riau has decreased production every
year, thus causing the productivity of mung bean is still relatively low. One of the
efforts that can be done to increase the production of green beans is by using
gamma rays. Since 2013, the results of gamma ray radiation have been evaluated
by phenotype until the sixth generation and show an increase in the number of
pods per plant produced by gamma ray radiation compared to control plants. This
study aims to determine the stability of the superior character of the pods
produced from the local strain of M7 mung bean plant Kampar as a result of
gamma ray radiation. This research was carried out in the Biology garden and
Genetics Laboratory of the Department of Biology, Faculty of Mathematics and
Natural Sciences, Riau University from March - June 2021. The planting
procedure was carried out using 5 M7 mutant lines and one local Kampar line as
control, each planted in a different plot and with a distance between holes of 30
cm x 30 cm. There are two kinds of characters observed, namely qualitative and
quantitative characters in the vegetative and generative phases. The research data
were analyzed using ANOVA and DMRT tests using the SPSS program. The
thesis showed that the population of M7-18-3-1-18-33(19) produced superior
characters in flowering age, pod length, number of seeds per pod, number per
plant and seed weight per plant. The population of M7-18-3-1-18-33(18) was
superior to the character of the weight of 100 seeds per plant and the population of
M7-18-3-1-18-33(7) was superior to the character of the number of pods per plant.
Keywords: Vigna radiata L., Kampar local strain, M7 generation, number of
pods, gamma ray radiation.
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