Authors :
Wahyu Astiko, I Made Sudantha
Volume/Issue :
Volume 5 - 2020, Issue 3 - March
Google Scholar :
https://goo.gl/DF9R4u
Scribd :
https://bit.ly/3cTitZI
Abstract :
This study aims to determine the effect of
arbuscular mycorrhizal fungi (AMF) doses in
increasing growth and yield of two varieties of maize in
a dry land. This research has been carried out in Akar-
Akar Village, Bayan District, North Lombok Regency,
from July to December 2018. A field experiment was
designed with Randomized Complete Block Design
conducted in Split Plot Design with two factors. The
first factor as the main plot is the variety (V) of maize
consisting of two races, namely Srikandi and "Galur C2
Unram" varieties. The second factor as a subplot is
mycorrhizal dose (AMF) consisting of m0= without
mycorrhizal administration, m1 = 250 kg/ha
mycorrhizal, m2 = 300 kg/ha mycorrhizal, m3= 350
kg/ha mycorrhizal, m4 = 400 kg/ha mycorrhizal, m5 =
450 kg/ha mycorrhiza. Each treatment was repeated
three times. Data collected were analyzed by analysis of
variance of 5% and further tests with the test of
Honestly Significant Difference (HSD) at the 5% level.
A dose of 450 kg/ha AMF can increase the wet weights
of dry maize in the dry land of North Lombok. The use
of Srikandi varieties can increase the dry weights of
maize in North Lombok and the percentage of
colonization and the numbers of spore of Galur C2
UNRAM. The dose of 450 kg/ha AMF can increase the
numbers of spore and the percentage of colonization in
both Srikandi and Galur C2 Unram.
Keywords :
Genotype, Maize, Mycorrhiza
This study aims to determine the effect of
arbuscular mycorrhizal fungi (AMF) doses in
increasing growth and yield of two varieties of maize in
a dry land. This research has been carried out in Akar-
Akar Village, Bayan District, North Lombok Regency,
from July to December 2018. A field experiment was
designed with Randomized Complete Block Design
conducted in Split Plot Design with two factors. The
first factor as the main plot is the variety (V) of maize
consisting of two races, namely Srikandi and "Galur C2
Unram" varieties. The second factor as a subplot is
mycorrhizal dose (AMF) consisting of m0= without
mycorrhizal administration, m1 = 250 kg/ha
mycorrhizal, m2 = 300 kg/ha mycorrhizal, m3= 350
kg/ha mycorrhizal, m4 = 400 kg/ha mycorrhizal, m5 =
450 kg/ha mycorrhiza. Each treatment was repeated
three times. Data collected were analyzed by analysis of
variance of 5% and further tests with the test of
Honestly Significant Difference (HSD) at the 5% level.
A dose of 450 kg/ha AMF can increase the wet weights
of dry maize in the dry land of North Lombok. The use
of Srikandi varieties can increase the dry weights of
maize in North Lombok and the percentage of
colonization and the numbers of spore of Galur C2
UNRAM. The dose of 450 kg/ha AMF can increase the
numbers of spore and the percentage of colonization in
both Srikandi and Galur C2 Unram.
Keywords :
Genotype, Maize, Mycorrhiza
