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rats or aphis attack(passive) caused byrice plants
an ectopic expression of NADP(H)-GDH ( gdhA ) from the fungus Aspergillus niger in the cytoplasm(passive) caused byrice plants
Appropriate nitrogen fertilizer applicationcould preventrice plants
A assessment of apparent crops very targeting first gene refer in businessto preventrice plants
the foliar(passive) caused byrice plants
low temperature [ Journal of Agricultural Meteorology , 60(5 ) , ( Jan. 2005(passive) caused byrice plants
Acrocylindrium oryzae Sawada , Bulletin of Wantn(passive) caused byrice plants
the pathogen Sclerotium oryzae(passive) caused byrice plants
researchers in China and Pakistan(passive) discovered byrice plants
termites(passive) caused byrice plants
herbivorous insects and exogenous application of methyl jasmonate ( MJ ) and salicylic acid ( SA ) in the development of fall armyworm(passive) caused byrice plants
photochemical oxidants(passive) caused byrice plants
five chemicalstriggerrice plants
high and low water(passive) caused byrice plants
Rice stripe virus infection(passive) triggered byRice plants
Sclerotium oryzae - sativae SAWADA(passive) caused byrice plants
complete submergence(passive) caused byrice plants
all of family memberssetrice plants
all family membersetrice plants
Gibberella fu- jikuroi ,causesrice plants
but a closer look reveals different varieties of the rice planthave been paintedbut a closer look reveals different varieties of the rice plant
to enhanced drought toleranceleadingto enhanced drought tolerance
to shorter growth duration and increased plant heightleadingto shorter growth duration and increased plant height
the methane dynamics in paddy soils by ( 1 ) providing substrate in the form of root exudates to methanogens to enhance the production of CH4 ... 2 ) transporting CH4 from soil to atmosphere ( conduit effect ) , and ( 3 ) creating aerobic microhabitat in rhizosphere , which is suitable for growth and multiplication of methanotropic bacteria responsible for CH4 consumptioninfluencethe methane dynamics in paddy soils by ( 1 ) providing substrate in the form of root exudates to methanogens to enhance the production of CH4 ... 2 ) transporting CH4 from soil to atmosphere ( conduit effect ) , and ( 3 ) creating aerobic microhabitat in rhizosphere , which is suitable for growth and multiplication of methanotropic bacteria responsible for CH4 consumption
from sub - tropical and tropical zonesoriginatefrom sub - tropical and tropical zones
towards increased phosphorus uptake in riceleadingtowards increased phosphorus uptake in rice
to novel ormay leadto novel or
a perfect microhabitat for the development of sandcreatesa perfect microhabitat for the development of sand
in increased mechanical strength resulting in rice plants with erect leaves which are better sunlight interceptorsresultingin increased mechanical strength resulting in rice plants with erect leaves which are better sunlight interceptors
in delayed tilleringresultingin delayed tillering
to yield loss typically ranging from 20 % - 30 %leadingto yield loss typically ranging from 20 % - 30 %
in increased number of grains per panicleresultingin increased number of grains per panicle
hardshipscausedhardships
similar symptoms [ 5causingsimilar symptoms [ 5
to poor yieldleadsto poor yield
calcareous soil tolerant rice plantscreatedcalcareous soil tolerant rice plants
Oyster Farmer Shin Hatakeyama ” FOOD Marbled beef(passive) created byOyster Farmer Shin Hatakeyama ” FOOD Marbled beef
a significant amount to the global anthropogenic biovectors of Hg ( Figs . 1 and 2contributeda significant amount to the global anthropogenic biovectors of Hg ( Figs . 1 and 2
to a semi - dwarf phenotypeleadingto a semi - dwarf phenotype
fan - shaped phytolithscreatefan - shaped phytoliths