Effect of source and inoculum load of ectomycorrhizae on the growth and biomass of containerized kail pine (Pinus wallichiana) seedlings
GH Dar, MA Beig, NA Ganai… - Applied Biological …, 2007 - indianjournals.com
Studies on the influence of inoculum source on containerized Kail pine (Pinus wallichiana)
revealed 20.6 to 72.9 and 31.8 to 70.1% enhancement in plant growth and biomass,
respectively, by mycorrhizal inoculation over uninoculated control in 390 days growth
period. Vegetative inocula proved more effective than root or soil inocula. Amongst the
vegetative inocula tested, Pisolithus tinctorius showed highest improvement in plant growth
and biomass with better root colonization and nutrient uptake followed by Laccaria laccata …
revealed 20.6 to 72.9 and 31.8 to 70.1% enhancement in plant growth and biomass,
respectively, by mycorrhizal inoculation over uninoculated control in 390 days growth
period. Vegetative inocula proved more effective than root or soil inocula. Amongst the
vegetative inocula tested, Pisolithus tinctorius showed highest improvement in plant growth
and biomass with better root colonization and nutrient uptake followed by Laccaria laccata …
[PDF][PDF] EFFECT OF SOURCE AND INOCULUM LOAD OF ECTOMYCORRHIZAE ON THE GROWTH AND BIOMASS OF CONTAINERIZED KAIL PINE (Pinus …
J Srinagar - researchgate.net
Studies on the influence of inoculum source on containerized Kail pine (Pinus wallichiana)
revealed 20.6 to 72.9 and 31.8 to 70.1% enhancement in plant growth and biomass,
respectively, by mycorrhizal inoculation over uninoculated control in 390 days growth
period. Vegetative inocula proved more effective than root or soil inocula. Amongst the
vegetative inocula tested, Pisolithus tinctorius showed highest improvement in plant growth
and biomass with better root colonization and nutrient uptake followed by Laccaria laccata …
revealed 20.6 to 72.9 and 31.8 to 70.1% enhancement in plant growth and biomass,
respectively, by mycorrhizal inoculation over uninoculated control in 390 days growth
period. Vegetative inocula proved more effective than root or soil inocula. Amongst the
vegetative inocula tested, Pisolithus tinctorius showed highest improvement in plant growth
and biomass with better root colonization and nutrient uptake followed by Laccaria laccata …
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