@article{eprints18362,
           month = {Juli},
           title = {THE EFFECT OF HYDRATION-DEHYDRATION AND NPK
FERTILIZER SUPPLEMENTARY ON VIABILITY OF SEED
SOYBEAN (Glycine max [L.] Merr.)
ANJASMORO},
          author = {Teddy Adhitia(1), Yayuk Nurmiaty (2), Niar Nurmauli (2) nn},
            year = {2012},
         journal = {Digital Library},
             url = {http://digilib.unila.ac.id/18362/},
        abstract = {Hydration dehydration is one of the seed treatments to improve seed viability
which has suffered setbacks. Supplementary fertilization during flowering is one
of the agronomic efforts in seed production for viability (germination and early
vigor high).
This research aims to determine: 1) Determine the effect invigorasi by means of
hydration-dehydration on seed sources that have been saved 8 months in
influencing the viability of soybean seed varieties Ajasmoro. 2) Determine the
effect of increasing doses of NPK fertilizer Supplementary during flowering are
given on the plants from seed sources in invigorize by means of hydrationdehydration on seed viability of soybean varieties produce Anjasmoro. 3) To
Know the plantsthat seed source response to hydration-dehydration in invigorize
to increasing doses of NPK Supplementary at the time of flowering in soybean
varieties anjasmoro produce seed viability. This research was conducted in the
Laboratory of Plant Breeding and Seed Technology Faculty of Agriculture,
Lampung University in August to October 2009. The design of treatment trials in
the field follow the pattern of the factorial (3 X 3); each treatment combination
was replicated 3 times. The first factor is how the hydration-dehydration of
control (H0), sticking (H1), and immersion (H2). The second factor is a
supplementary dose of NPK fertilizer at the time of flowering of dosages of 0 kg /
ha (P0), 75 kg / ha (P1), 100kg/ha (P2). The similarities range between
treatments were tested with Bartlett test and subsequent tests used Tukey test
model. Results obtained data were analyzed by F test planned and continued
separation of the median value of the ratio of orthogonal level 0.05 and 0.01.
The results showed that (1) hydration-dehydration treatment did not affect seed
viability based on the simultaneity variable germinate and seedling dry weight of
normal, (2) Provision of supplementary doses of NPK fertilizer did not affect seed
viability response on simultaneity variable germinate and seedling dry weight of
normal, (3 ) Without supplementary fertilizer, hydration-dehydration (sticking) is
better in producing germination, germination speed, and length of germination
than soaking while supplementary NPK fertilizer when given at doses 75-100 kg /
ha in the way of hydration-dehydration (immersion) is better in producing
germination, speed of germination, and seedling length than is moistened.
1. Alumni Department Crop Scince of Agriculture Faculty, University of Lampung
2. Lecture Department Crop Scince of Agriculture Faculty, University of Lampung}
}