INVESTIGADORES
BANCHIO Erika
artículos
Título:
Peanut (Arachis hypogaea L.) response to inoculation with Bradyrhizobium sp. in soils of Argentina.
Autor/es:
BOGINO, P.,; BANCHIO, E; RINAUDI, L.; CERIONI, G; BONFIGLIO, C; GIORDANO, W.
Revista:
ANNALS OF APPLIED BIOLOGY
Referencias:
Año: 2006 p. 207 - 212
ISSN:
0003-4746
Resumen:
Soil bacteria (rhizobia) of the genus Bradyrhizobium form symbiotic relationships
with peanut root cells and fix atmospheric nitrogen by converting it to
nitrogenous compounds. Inoculation of peanut with rhizobia can enhance
the plants ability to fix nitrogen from the air and thereby reduce the requirement
for nitrogen fertiliser. We evaluated three Bradyrhizobium sp. strains for
effect on root nodulation and on pod yield of peanut in Argentina soils, using
laboratory and field experiments. Of these, strain C-145 was the most effective
in laboratory studies. In-furrow inoculation with this strain produced
increased nodule number, relative to seed inoculation. However, pod yield
was not increased significantly by either type of inoculation. In view of the
inconsistent response of peanut to inoculation, we examined the effect of
indigenous strains of bradyrhizobia. The high degree of nodulation and nitrogen
fixation produced by indigenous rhizobia were sufficient for maximal
yield under the field and inoculation conditions used in this study. The data
are important for future investigation of alternative inoculant strains and
conditions for improving peanut production.
effect on root nodulation and on pod yield of peanut in Argentina soils, using
laboratory and field experiments. Of these, strain C-145 was the most effective
in laboratory studies. In-furrow inoculation with this strain produced
increased nodule number, relative to seed inoculation. However, pod yield
was not increased significantly by either type of inoculation. In view of the
inconsistent response of peanut to inoculation, we examined the effect of
indigenous strains of bradyrhizobia. The high degree of nodulation and nitrogen
fixation produced by indigenous rhizobia were sufficient for maximal
yield under the field and inoculation conditions used in this study. The data
are important for future investigation of alternative inoculant strains and
conditions for improving peanut production.
effect on root nodulation and on pod yield of peanut in Argentina soils, using
laboratory and field experiments. Of these, strain C-145 was the most effective
in laboratory studies. In-furrow inoculation with this strain produced
increased nodule number, relative to seed inoculation. However, pod yield
was not increased significantly by either type of inoculation. In view of the
inconsistent response of peanut to inoculation, we examined the effect of
indigenous strains of bradyrhizobia. The high degree of nodulation and nitrogen
fixation produced by indigenous rhizobia were sufficient for maximal
yield under the field and inoculation conditions used in this study. The data
are important for future investigation of alternative inoculant strains and
conditions for improving peanut production.
effect on root nodulation and on pod yield of peanut in Argentina soils, using
laboratory and field experiments. Of these, strain C-145 was the most effective
in laboratory studies. In-furrow inoculation with this strain produced
increased nodule number, relative to seed inoculation. However, pod yield
was not increased significantly by either type of inoculation. In view of the
inconsistent response of peanut to inoculation, we examined the effect of
indigenous strains of bradyrhizobia. The high degree of nodulation and nitrogen
fixation produced by indigenous rhizobia were sufficient for maximal
yield under the field and inoculation conditions used in this study. The data
are important for future investigation of alternative inoculant strains and
conditions for improving peanut production.
effect on root nodulation and on pod yield of peanut in Argentina soils, using
laboratory and field experiments. Of these, strain C-145 was the most effective
in laboratory studies. In-furrow inoculation with this strain produced
increased nodule number, relative to seed inoculation. However, pod yield
was not increased significantly by either type of inoculation. In view of the
inconsistent response of peanut to inoculation, we examined the effect of
indigenous strains of bradyrhizobia. The high degree of nodulation and nitrogen
fixation produced by indigenous rhizobia were sufficient for maximal
yield under the field and inoculation conditions used in this study. The data
are important for future investigation of alternative inoculant strains and
conditions for improving peanut production.
effect on root nodulation and on pod yield of peanut in Argentina soils, using
laboratory and field experiments. Of these, strain C-145 was the most effective
in laboratory studies. In-furrow inoculation with this strain produced
increased nodule number, relative to seed inoculation. However, pod yield
was not increased significantly by either type of inoculation. In view of the
inconsistent response of peanut to inoculation, we examined the effect of
indigenous strains of bradyrhizobia. The high degree of nodulation and nitrogen
fixation produced by indigenous rhizobia were sufficient for maximal
yield under the field and inoculation conditions used in this study. The data
are important for future investigation of alternative inoculant strains and
conditions for improving peanut production.
effect on root nodulation and on pod yield of peanut in Argentina soils, using
laboratory and field experiments. Of these, strain C-145 was the most effective
in laboratory studies. In-furrow inoculation with this strain produced
increased nodule number, relative to seed inoculation. However, pod yield
was not increased significantly by either type of inoculation. In view of the
inconsistent response of peanut to inoculation, we examined the effect of
indigenous strains of bradyrhizobia. The high degree of nodulation and nitrogen
fixation produced by indigenous rhizobia were sufficient for maximal
yield under the field and inoculation conditions used in this study. The data
are important for future investigation of alternative inoculant strains and
conditions for improving peanut production.
with peanut root cells and fix atmospheric nitrogen by converting it to
nitrogenous compounds. Inoculation of peanut with rhizobia can enhance
the plants ability to fix nitrogen from the air and thereby reduce the requirement
for nitrogen fertiliser. We evaluated three Bradyrhizobium sp. strains for
effect on root nodulation and on pod yield of peanut in Argentina soils, using
laboratory and field experiments. Of these, strain C-145 was the most effective
in laboratory studies. In-furrow inoculation with this strain produced
increased nodule number, relative to seed inoculation. However, pod yield
was not increased significantly by either type of inoculation. In view of the
inconsistent response of peanut to inoculation, we examined the effect of
indigenous strains of bradyrhizobia. The high degree of nodulation and nitrogen
fixation produced by indigenous rhizobia were sufficient for maximal
yield under the field and inoculation conditions used in this study. The data
are important for future investigation of alternative inoculant strains and
conditions for improving peanut production.
effect on root nodulation and on pod yield of peanut in Argentina soils, using
laboratory and field experiments. Of these, strain C-145 was the most effective
in laboratory studies. In-furrow inoculation with this strain produced
increased nodule number, relative to seed inoculation. However, pod yield
was not increased significantly by either type of inoculation. In view of the
inconsistent response of peanut to inoculation, we examined the effect of
indigenous strains of bradyrhizobia. The high degree of nodulation and nitrogen
fixation produced by indigenous rhizobia were sufficient for maximal
yield under the field and inoculation conditions used in this study. The data
are important for future investigation of alternative inoculant strains and
conditions for improving peanut production.
effect on root nodulation and on pod yield of peanut in Argentina soils, using
laboratory and field experiments. Of these, strain C-145 was the most effective
in laboratory studies. In-furrow inoculation with this strain produced
increased nodule number, relative to seed inoculation. However, pod yield
was not increased significantly by either type of inoculation. In view of the
inconsistent response of peanut to inoculation, we examined the effect of
indigenous strains of bradyrhizobia. The high degree of nodulation and nitrogen
fixation produced by indigenous rhizobia were sufficient for maximal
yield under the field and inoculation conditions used in this study. The data
are important for future investigation of alternative inoculant strains and
conditions for improving peanut production.
effect on root nodulation and on pod yield of peanut in Argentina soils, using
laboratory and field experiments. Of these, strain C-145 was the most effective
in laboratory studies. In-furrow inoculation with this strain produced
increased nodule number, relative to seed inoculation. However, pod yield
was not increased significantly by either type of inoculation. In view of the
inconsistent response of peanut to inoculation, we examined the effect of
indigenous strains of bradyrhizobia. The high degree of nodulation and nitrogen
fixation produced by indigenous rhizobia were sufficient for maximal
yield under the field and inoculation conditions used in this study. The data
are important for future investigation of alternative inoculant strains and
conditions for improving peanut production.
effect on root nodulation and on pod yield of peanut in Argentina soils, using
laboratory and field experiments. Of these, strain C-145 was the most effective
in laboratory studies. In-furrow inoculation with this strain produced
increased nodule number, relative to seed inoculation. However, pod yield
was not increased significantly by either type of inoculation. In view of the
inconsistent response of peanut to inoculation, we examined the effect of
indigenous strains of bradyrhizobia. The high degree of nodulation and nitrogen
fixation produced by indigenous rhizobia were sufficient for maximal
yield under the field and inoculation conditions used in this study. The data
are important for future investigation of alternative inoculant strains and
conditions for improving peanut production.
effect on root nodulation and on pod yield of peanut in Argentina soils, using
laboratory and field experiments. Of these, strain C-145 was the most effective
in laboratory studies. In-furrow inoculation with this strain produced
increased nodule number, relative to seed inoculation. However, pod yield
was not increased significantly by either type of inoculation. In view of the
inconsistent response of peanut to inoculation, we examined the effect of
indigenous strains of bradyrhizobia. The high degree of nodulation and nitrogen
fixation produced by indigenous rhizobia were sufficient for maximal
yield under the field and inoculation conditions used in this study. The data
are important for future investigation of alternative inoculant strains and
conditions for improving peanut production.
effect on root nodulation and on pod yield of peanut in Argentina soils, using
laboratory and field experiments. Of these, strain C-145 was the most effective
in laboratory studies. In-furrow inoculation with this strain produced
increased nodule number, relative to seed inoculation. However, pod yield
was not increased significantly by either type of inoculation. In view of the
inconsistent response of peanut to inoculation, we examined the effect of
indigenous strains of bradyrhizobia. The high degree of nodulation and nitrogen
fixation produced by indigenous rhizobia were sufficient for maximal
yield under the field and inoculation conditions used in this study. The data
are important for future investigation of alternative inoculant strains and
conditions for improving peanut production.
with peanut root cells and fix atmospheric nitrogen by converting it to
nitrogenous compounds. Inoculation of peanut with rhizobia can enhance
the plants ability to fix nitrogen from the air and thereby reduce the requirement
for nitrogen fertiliser. We evaluated three Bradyrhizobium sp. strains for
effect on root nodulation and on pod yield of peanut in Argentina soils, using
laboratory and field experiments. Of these, strain C-145 was the most effective
in laboratory studies. In-furrow inoculation with this strain produced
increased nodule number, relative to seed inoculation. However, pod yield
was not increased significantly by either type of inoculation. In view of the
inconsistent response of peanut to inoculation, we examined the effect of
indigenous strains of bradyrhizobia. The high degree of nodulation and nitrogen
fixation produced by indigenous rhizobia were sufficient for maximal
yield under the field and inoculation conditions used in this study. The data
are important for future investigation of alternative inoculant strains and
conditions for improving peanut production.
effect on root nodulation and on pod yield of peanut in Argentina soils, using
laboratory and field experiments. Of these, strain C-145 was the most effective
in laboratory studies. In-furrow inoculation with this strain produced
increased nodule number, relative to seed inoculation. However, pod yield
was not increased significantly by either type of inoculation. In view of the
inconsistent response of peanut to inoculation, we examined the effect of
indigenous strains of bradyrhizobia. The high degree of nodulation and nitrogen
fixation produced by indigenous rhizobia were sufficient for maximal
yield under the field and inoculation conditions used in this study. The data
are important for future investigation of alternative inoculant strains and
conditions for improving peanut production.
effect on root nodulation and on pod yield of peanut in Argentina soils, using
laboratory and field experiments. Of these, strain C-145 was the most effective
in laboratory studies. In-furrow inoculation with this strain produced
increased nodule number, relative to seed inoculation. However, pod yield
was not increased significantly by either type of inoculation. In view of the
inconsistent response of peanut to inoculation, we examined the effect of
indigenous strains of bradyrhizobia. The high degree of nodulation and nitrogen
fixation produced by indigenous rhizobia were sufficient for maximal
yield under the field and inoculation conditions used in this study. The data
are important for future investigation of alternative inoculant strains and
conditions for improving peanut production.
effect on root nodulation and on pod yield of peanut in Argentina soils, using
laboratory and field experiments. Of these, strain C-145 was the most effective
in laboratory studies. In-furrow inoculation with this strain produced
increased nodule number, relative to seed inoculation. However, pod yield
was not increased significantly by either type of inoculation. In view of the
inconsistent response of peanut to inoculation, we examined the effect of
indigenous strains of bradyrhizobia. The high degree of nodulation and nitrogen
fixation produced by indigenous rhizobia were sufficient for maximal
yield under the field and inoculation conditions used in this study. The data
are important for future investigation of alternative inoculant strains and
conditions for improving peanut production.
effect on root nodulation and on pod yield of peanut in Argentina soils, using
laboratory and field experiments. Of these, strain C-145 was the most effective
in laboratory studies. In-furrow inoculation with this strain produced
increased nodule number, relative to seed inoculation. However, pod yield
was not increased significantly by either type of inoculation. In view of the
inconsistent response of peanut to inoculation, we examined the effect of
indigenous strains of bradyrhizobia. The high degree of nodulation and nitrogen
fixation produced by indigenous rhizobia were sufficient for maximal
yield under the field and inoculation conditions used in this study. The data
are important for future investigation of alternative inoculant strains and
conditions for improving peanut production.
effect on root nodulation and on pod yield of peanut in Argentina soils, using
laboratory and field experiments. Of these, strain C-145 was the most effective
in laboratory studies. In-furrow inoculation with this strain produced
increased nodule number, relative to seed inoculation. However, pod yield
was not increased significantly by either type of inoculation. In view of the
inconsistent response of peanut to inoculation, we examined the effect of
indigenous strains of bradyrhizobia. The high degree of nodulation and nitrogen
fixation produced by indigenous rhizobia were sufficient for maximal
yield under the field and inoculation conditions used in this study. The data
are important for future investigation of alternative inoculant strains and
conditions for improving peanut production.
effect on root nodulation and on pod yield of peanut in Argentina soils, using
laboratory and field experiments. Of these, strain C-145 was the most effective
in laboratory studies. In-furrow inoculation with this strain produced
increased nodule number, relative to seed inoculation. However, pod yield
was not increased significantly by either type of inoculation. In view of the
inconsistent response of peanut to inoculation, we examined the effect of
indigenous strains of bradyrhizobia. The high degree of nodulation and nitrogen
fixation produced by indigenous rhizobia were sufficient for maximal
yield under the field and inoculation conditions used in this study. The data
are important for future investigation of alternative inoculant strains and
conditions for improving peanut production.
with peanut root cells and fix atmospheric nitrogen by converting it to
nitrogenous compounds. Inoculation of peanut with rhizobia can enhance
the plants ability to fix nitrogen from the air and thereby reduce the requirement
for nitrogen fertiliser. We evaluated three Bradyrhizobium sp. strains for
effect on root nodulation and on pod yield of peanut in Argentina soils, using
laboratory and field experiments. Of these, strain C-145 was the most effective
in laboratory studies. In-furrow inoculation with this strain produced
increased nodule number, relative to seed inoculation. However, pod yield
was not increased significantly by either type of inoculation. In view of the
inconsistent response of peanut to inoculation, we examined the effect of
indigenous strains of bradyrhizobia. The high degree of nodulation and nitrogen
fixation produced by indigenous rhizobia were sufficient for maximal
yield under the field and inoculation conditions used in this study. The data
are important for future investigation of alternative inoculant strains and
conditions for improving peanut production.
effect on root nodulation and on pod yield of peanut in Argentina soils, using
laboratory and field experiments. Of these, strain C-145 was the most effective
in laboratory studies. In-furrow inoculation with this strain produced
increased nodule number, relative to seed inoculation. However, pod yield
was not increased significantly by either type of inoculation. In view of the
inconsistent response of peanut to inoculation, we examined the effect of
indigenous strains of bradyrhizobia. The high degree of nodulation and nitrogen
fixation produced by indigenous rhizobia were sufficient for maximal
yield under the field and inoculation conditions used in this study. The data
are important for future investigation of alternative inoculant strains and
conditions for improving peanut production.
effect on root nodulation and on pod yield of peanut in Argentina soils, using
laboratory and field experiments. Of these, strain C-145 was the most effective
in laboratory studies. In-furrow inoculation with this strain produced
increased nodule number, relative to seed inoculation. However, pod yield
was not increased significantly by either type of inoculation. In view of the
inconsistent response of peanut to inoculation, we examined the effect of
indigenous strains of bradyrhizobia. The high degree of nodulation and nitrogen
fixation produced by indigenous rhizobia were sufficient for maximal
yield under the field and inoculation conditions used in this study. The data
are important for future investigation of alternative inoculant strains and
conditions for improving peanut production.
effect on root nodulation and on pod yield of peanut in Argentina soils, using
laboratory and field experiments. Of these, strain C-145 was the most effective
in laboratory studies. In-furrow inoculation with this strain produced
increased nodule number, relative to seed inoculation. However, pod yield
was not increased significantly by either type of inoculation. In view of the
inconsistent response of peanut to inoculation, we examined the effect of
indigenous strains of bradyrhizobia. The high degree of nodulation and nitrogen
fixation produced by indigenous rhizobia were sufficient for maximal
yield under the field and inoculation conditions used in this study. The data
are important for future investigation of alternative inoculant strains and
conditions for improving peanut production.
effect on root nodulation and on pod yield of peanut in Argentina soils, using
laboratory and field experiments. Of these, strain C-145 was the most effective
in laboratory studies. In-furrow inoculation with this strain produced
increased nodule number, relative to seed inoculation. However, pod yield
was not increased significantly by either type of inoculation. In view of the
inconsistent response of peanut to inoculation, we examined the effect of
indigenous strains of bradyrhizobia. The high degree of nodulation and nitrogen
fixation produced by indigenous rhizobia were sufficient for maximal
yield under the field and inoculation conditions used in this study. The data
are important for future investigation of alternative inoculant strains and
conditions for improving peanut production.
effect on root nodulation and on pod yield of peanut in Argentina soils, using
laboratory and field experiments. Of these, strain C-145 was the most effective
in laboratory studies. In-furrow inoculation with this strain produced
increased nodule number, relative to seed inoculation. However, pod yield
was not increased significantly by either type of inoculation. In view of the
inconsistent response of peanut to inoculation, we examined the effect of
indigenous strains of bradyrhizobia. The high degree of nodulation and nitrogen
fixation produced by indigenous rhizobia were sufficient for maximal
yield under the field and inoculation conditions used in this study. The data
are important for future investigation of alternative inoculant strains and
conditions for improving peanut production.
effect on root nodulation and on pod yield of peanut in Argentina soils, using
laboratory and field experiments. Of these, strain C-145 was the most effective
in laboratory studies. In-furrow inoculation with this strain produced
increased nodule number, relative to seed inoculation. However, pod yield
was not increased significantly by either type of inoculation. In view of the
inconsistent response of peanut to inoculation, we examined the effect of
indigenous strains of bradyrhizobia. The high degree of nodulation and nitrogen
fixation produced by indigenous rhizobia were sufficient for maximal
yield under the field and inoculation conditions used in this study. The data
are important for future investigation of alternative inoculant strains and
conditions for improving peanut production.
with peanut root cells and fix atmospheric nitrogen by converting it to
nitrogenous compounds. Inoculation of peanut with rhizobia can enhance
the plants ability to fix nitrogen from the air and thereby reduce the requirement
for nitrogen fertiliser. We evaluated three Bradyrhizobium sp. strains for
effect on root nodulation and on pod yield of peanut in Argentina soils, using
laboratory and field experiments. Of these, strain C-145 was the most effective
in laboratory studies. In-furrow inoculation with this strain produced
increased nodule number, relative to seed inoculation. However, pod yield
was not increased significantly by either type of inoculation. In view of the
inconsistent response of peanut to inoculation, we examined the effect of
indigenous strains of bradyrhizobia. The high degree of nodulation and nitrogen
fixation produced by indigenous rhizobia were sufficient for maximal
yield under the field and inoculation conditions used in this study. The data
are important for future investigation of alternative inoculant strains and
conditions for improving peanut production.
effect on root nodulation and on pod yield of peanut in Argentina soils, using
laboratory and field experiments. Of these, strain C-145 was the most effective
in laboratory studies. In-furrow inoculation with this strain produced
increased nodule number, relative to seed inoculation. However, pod yield
was not increased significantly by either type of inoculation. In view of the
inconsistent response of peanut to inoculation, we examined the effect of
indigenous strains of bradyrhizobia. The high degree of nodulation and nitrogen
fixation produced by indigenous rhizobia were sufficient for maximal
yield under the field and inoculation conditions used in this study. The data
are important for future investigation of alternative inoculant strains and
conditions for improving peanut production.
effect on root nodulation and on pod yield of peanut in Argentina soils, using
laboratory and field experiments. Of these, strain C-145 was the most effective
in laboratory studies. In-furrow inoculation with this strain produced
increased nodule number, relative to seed inoculation. However, pod yield
was not increased significantly by either type of inoculation. In view of the
inconsistent response of peanut to inoculation, we examined the effect of
indigenous strains of bradyrhizobia. The high degree of nodulation and nitrogen
fixation produced by indigenous rhizobia were sufficient for maximal
yield under the field and inoculation conditions used in this study. The data
are important for future investigation of alternative inoculant strains and
conditions for improving peanut production.
effect on root nodulation and on pod yield of peanut in Argentina soils, using
laboratory and field experiments. Of these, strain C-145 was the most effective
in laboratory studies. In-furrow inoculation with this strain produced
increased nodule number, relative to seed inoculation. However, pod yield
was not increased significantly by either type of inoculation. In view of the
inconsistent response of peanut to inoculation, we examined the effect of
indigenous strains of bradyrhizobia. The high degree of nodulation and nitrogen
fixation produced by indigenous rhizobia were sufficient for maximal
yield under the field and inoculation conditions used in this study. The data
are important for future investigation of alternative inoculant strains and
conditions for improving peanut production.
effect on root nodulation and on pod yield of peanut in Argentina soils, using
laboratory and field experiments. Of these, strain C-145 was the most effective
in laboratory studies. In-furrow inoculation with this strain produced
increased nodule number, relative to seed inoculation. However, pod yield
was not increased significantly by either type of inoculation. In view of the
inconsistent response of peanut to inoculation, we examined the effect of
indigenous strains of bradyrhizobia. The high degree of nodulation and nitrogen
fixation produced by indigenous rhizobia were sufficient for maximal
yield under the field and inoculation conditions used in this study. The data
are important for future investigation of alternative inoculant strains and
conditions for improving peanut production.
effect on root nodulation and on pod yield of peanut in Argentina soils, using
laboratory and field experiments. Of these, strain C-145 was the most effective
in laboratory studies. In-furrow inoculation with this strain produced
increased nodule number, relative to seed inoculation. However, pod yield
was not increased significantly by either type of inoculation. In view of the
inconsistent response of peanut to inoculation, we examined the effect of
indigenous strains of bradyrhizobia. The high degree of nodulation and nitrogen
fixation produced by indigenous rhizobia were sufficient for maximal
yield under the field and inoculation conditions used in this study. The data
are important for future investigation of alternative inoculant strains and
conditions for improving peanut production.
effect on root nodulation and on pod yield of peanut in Argentina soils, using
laboratory and field experiments. Of these, strain C-145 was the most effective
in laboratory studies. In-furrow inoculation with this strain produced
increased nodule number, relative to seed inoculation. However, pod yield
was not increased significantly by either type of inoculation. In view of the
inconsistent response of peanut to inoculation, we examined the effect of
indigenous strains of bradyrhizobia. The high degree of nodulation and nitrogen
fixation produced by indigenous rhizobia were sufficient for maximal
yield under the field and inoculation conditions used in this study. The data
are important for future investigation of alternative inoculant strains and
conditions for improving peanut production.
with peanut root cells and fix atmospheric nitrogen by converting it to
nitrogenous compounds. Inoculation of peanut with rhizobia can enhance
the plants ability to fix nitrogen from the air and thereby reduce the requirement
for nitrogen fertiliser. We evaluated three Bradyrhizobium sp. strains for
effect on root nodulation and on pod yield of peanut in Argentina soils, using
laboratory and field experiments. Of these, strain C-145 was the most effective
in laboratory studies. In-furrow inoculation with this strain produced
increased nodule number, relative to seed inoculation. However, pod yield
was not increased significantly by either type of inoculation. In view of the
inconsistent response of peanut to inoculation, we examined the effect of
indigenous strains of bradyrhizobia. The high degree of nodulation and nitrogen
fixation produced by indigenous rhizobia were sufficient for maximal
yield under the field and inoculation conditions used in this study. The data
are important for future investigation of alternative inoculant strains and
conditions for improving peanut production.
effect on root nodulation and on pod yield of peanut in Argentina soils, using
laboratory and field experiments. Of these, strain C-145 was the most effective
in laboratory studies. In-furrow inoculation with this strain produced
increased nodule number, relative to seed inoculation. However, pod yield
was not increased significantly by either type of inoculation. In view of the
inconsistent response of peanut to inoculation, we examined the effect of
indigenous strains of bradyrhizobia. The high degree of nodulation and nitrogen
fixation produced by indigenous rhizobia were sufficient for maximal
yield under the field and inoculation conditions used in this study. The data
are important for future investigation of alternative inoculant strains and
conditions for improving peanut production.
effect on root nodulation and on pod yield of peanut in Argentina soils, using
laboratory and field experiments. Of these, strain C-145 was the most effective
in laboratory studies. In-furrow inoculation with this strain produced
increased nodule number, relative to seed inoculation. However, pod yield
was not increased significantly by either type of inoculation. In view of the
inconsistent response of peanut to inoculation, we examined the effect of
indigenous strains of bradyrhizobia. The high degree of nodulation and nitrogen
fixation produced by indigenous rhizobia were sufficient for maximal
yield under the field and inoculation conditions used in this study. The data
are important for future investigation of alternative inoculant strains and
conditions for improving peanut production.
effect on root nodulation and on pod yield of peanut in Argentina soils, using
laboratory and field experiments. Of these, strain C-145 was the most effective
in laboratory studies. In-furrow inoculation with this strain produced
increased nodule number, relative to seed inoculation. However, pod yield
was not increased significantly by either type of inoculation. In view of the
inconsistent response of peanut to inoculation, we examined the effect of
indigenous strains of bradyrhizobia. The high degree of nodulation and nitrogen
fixation produced by indigenous rhizobia were sufficient for maximal
yield under the field and inoculation conditions used in this study. The data
are important for future investigation of alternative inoculant strains and
conditions for improving peanut production.
effect on root nodulation and on pod yield of peanut in Argentina soils, using
laboratory and field experiments. Of these, strain C-145 was the most effective
in laboratory studies. In-furrow inoculation with this strain produced
increased nodule number, relative to seed inoculation. However, pod yield
was not increased significantly by either type of inoculation. In view of the
inconsistent response of peanut to inoculation, we examined the effect of
indigenous strains of bradyrhizobia. The high degree of nodulation and nitrogen
fixation produced by indigenous rhizobia were sufficient for maximal
yield under the field and inoculation conditions used in this study. The data
are important for future investigation of alternative inoculant strains and
conditions for improving peanut production.
effect on root nodulation and on pod yield of peanut in Argentina soils, using
laboratory and field experiments. Of these, strain C-145 was the most effective
in laboratory studies. In-furrow inoculation with this strain produced
increased nodule number, relative to seed inoculation. However, pod yield
was not increased significantly by either type of inoculation. In view of the
inconsistent response of peanut to inoculation, we examined the effect of
indigenous strains of bradyrhizobia. The high degree of nodulation and nitrogen
fixation produced by indigenous rhizobia were sufficient for maximal
yield under the field and inoculation conditions used in this study. The data
are important for future investigation of alternative inoculant strains and
conditions for improving peanut production.
effect on root nodulation and on pod yield of peanut in Argentina soils, using
laboratory and field experiments. Of these, strain C-145 was the most effective
in laboratory studies. In-furrow inoculation with this strain produced
increased nodule number, relative to seed inoculation. However, pod yield
was not increased significantly by either type of inoculation. In view of the
inconsistent response of peanut to inoculation, we examined the effect of
indigenous strains of bradyrhizobia. The high degree of nodulation and nitrogen
fixation produced by indigenous rhizobia were sufficient for maximal
yield under the field and inoculation conditions used in this study. The data
are important for future investigation of alternative inoculant strains and
conditions for improving peanut production.
with peanut root cells and fix atmospheric nitrogen by converting it to
nitrogenous compounds. Inoculation of peanut with rhizobia can enhance
the plants ability to fix nitrogen from the air and thereby reduce the requirement
for nitrogen fertiliser. We evaluated three Bradyrhizobium sp. strains for
effect on root nodulation and on pod yield of peanut in Argentina soils, using
laboratory and field experiments. Of these, strain C-145 was the most effective
in laboratory studies. In-furrow inoculation with this strain produced
increased nodule number, relative to seed inoculation. However, pod yield
was not increased significantly by either type of inoculation. In view of the
inconsistent response of peanut to inoculation, we examined the effect of
indigenous strains of bradyrhizobia. The high degree of nodulation and nitrogen
fixation produced by indigenous rhizobia were sufficient for maximal
yield under the field and inoculation conditions used in this study. The data
are important for future investigation of alternative inoculant strains and
conditions for improving peanut production.
effect on root nodulation and on pod yield of peanut in Argentina soils, using
laboratory and field experiments. Of these, strain C-145 was the most effective
in laboratory studies. In-furrow inoculation with this strain produced
increased nodule number, relative to seed inoculation. However, pod yield
was not increased significantly by either type of inoculation. In view of the
inconsistent response of peanut to inoculation, we examined the effect of
indigenous strains of bradyrhizobia. The high degree of nodulation and nitrogen
fixation produced by indigenous rhizobia were sufficient for maximal
yield under the field and inoculation conditions used in this study. The data
are important for future investigation of alternative inoculant strains and
conditions for improving peanut production.
effect on root nodulation and on pod yield of peanut in Argentina soils, using
laboratory and field experiments. Of these, strain C-145 was the most effective
in laboratory studies. In-furrow inoculation with this strain produced
increased nodule number, relative to seed inoculation. However, pod yield
was not increased significantly by either type of inoculation. In view of the
inconsistent response of peanut to inoculation, we examined the effect of
indigenous strains of bradyrhizobia. The high degree of nodulation and nitrogen
fixation produced by indigenous rhizobia were sufficient for maximal
yield under the field and inoculation conditions used in this study. The data
are important for future investigation of alternative inoculant strains and
conditions for improving peanut production.
effect on root nodulation and on pod yield of peanut in Argentina soils, using
laboratory and field experiments. Of these, strain C-145 was the most effective
in laboratory studies. In-furrow inoculation with this strain produced
increased nodule number, relative to seed inoculation. However, pod yield
was not increased significantly by either type of inoculation. In view of the
inconsistent response of peanut to inoculation, we examined the effect of
indigenous strains of bradyrhizobia. The high degree of nodulation and nitrogen
fixation produced by indigenous rhizobia were sufficient for maximal
yield under the field and inoculation conditions used in this study. The data
are important for future investigation of alternative inoculant strains and
conditions for improving peanut production.
effect on root nodulation and on pod yield of peanut in Argentina soils, using
laboratory and field experiments. Of these, strain C-145 was the most effective
in laboratory studies. In-furrow inoculation with this strain produced
increased nodule number, relative to seed inoculation. However, pod yield
was not increased significantly by either type of inoculation. In view of the
inconsistent response of peanut to inoculation, we examined the effect of
indigenous strains of bradyrhizobia. The high degree of nodulation and nitrogen
fixation produced by indigenous rhizobia were sufficient for maximal
yield under the field and inoculation conditions used in this study. The data
are important for future investigation of alternative inoculant strains and
conditions for improving peanut production.
effect on root nodulation and on pod yield of peanut in Argentina soils, using
laboratory and field experiments. Of these, strain C-145 was the most effective
in laboratory studies. In-furrow inoculation with this strain produced
increased nodule number, relative to seed inoculation. However, pod yield
was not increased significantly by either type of inoculation. In view of the
inconsistent response of peanut to inoculation, we examined the effect of
indigenous strains of bradyrhizobia. The high degree of nodulation and nitrogen
fixation produced by indigenous rhizobia were sufficient for maximal
yield under the field and inoculation conditions used in this study. The data
are important for future investigation of alternative inoculant strains and
conditions for improving peanut production.
effect on root nodulation and on pod yield of peanut in Argentina soils, using
laboratory and field experiments. Of these, strain C-145 was the most effective
in laboratory studies. In-furrow inoculation with this strain produced
increased nodule number, relative to seed inoculation. However, pod yield
was not increased significantly by either type of inoculation. In view of the
inconsistent response of peanut to inoculation, we examined the effect of
indigenous strains of bradyrhizobia. The high degree of nodulation and nitrogen
fixation produced by indigenous rhizobia were sufficient for maximal
yield under the field and inoculation conditions used in this study. The data
are important for future investigation of alternative inoculant strains and
conditions for improving peanut production.
Bradyrhizobium form symbiotic relationships
with peanut root cells and fix atmospheric nitrogen by converting it to
nitrogenous compounds. Inoculation of peanut with rhizobia can enhance
the plants ability to fix nitrogen from the air and thereby reduce the requirement
for nitrogen fertiliser. We evaluated three Bradyrhizobium sp. strains for
effect on root nodulation and on pod yield of peanut in Argentina soils, using
laboratory and field experiments. Of these, strain C-145 was the most effective
in laboratory studies. In-furrow inoculation with this strain produced
increased nodule number, relative to seed inoculation. However, pod yield
was not increased significantly by either type of inoculation. In view of the
inconsistent response of peanut to inoculation, we examined the effect of
indigenous strains of bradyrhizobia. The high degree of nodulation and nitrogen
fixation produced by indigenous rhizobia were sufficient for maximal
yield under the field and inoculation conditions used in this study. The data
are important for future investigation of alternative inoculant strains and
conditions for improving peanut production.
effect on root nodulation and on pod yield of peanut in Argentina soils, using
laboratory and field experiments. Of these, strain C-145 was the most effective
in laboratory studies. In-furrow inoculation with this strain produced
increased nodule number, relative to seed inoculation. However, pod yield
was not increased significantly by either type of inoculation. In view of the
inconsistent response of peanut to inoculation, we examined the effect of
indigenous strains of bradyrhizobia. The high degree of nodulation and nitrogen
fixation produced by indigenous rhizobia were sufficient for maximal
yield under the field and inoculation conditions used in this study. The data
are important for future investigation of alternative inoculant strains and
conditions for improving peanut production.
effect on root nodulation and on pod yield of peanut in Argentina soils, using
laboratory and field experiments. Of these, strain C-145 was the most effective
in laboratory studies. In-furrow inoculation with this strain produced
increased nodule number, relative to seed inoculation. However, pod yield
was not increased significantly by either type of inoculation. In view of the
inconsistent response of peanut to inoculation, we examined the effect of
indigenous strains of bradyrhizobia. The high degree of nodulation and nitrogen
fixation produced by indigenous rhizobia were sufficient for maximal
yield under the field and inoculation conditions used in this study. The data
are important for future investigation of alternative inoculant strains and
conditions for improving peanut production.
effect on root nodulation and on pod yield of peanut in Argentina soils, using
laboratory and field experiments. Of these, strain C-145 was the most effective
in laboratory studies. In-furrow inoculation with this strain produced
increased nodule number, relative to seed inoculation. However, pod yield
was not increased significantly by either type of inoculation. In view of the
inconsistent response of peanut to inoculation, we examined the effect of
indigenous strains of bradyrhizobia. The high degree of nodulation and nitrogen
fixation produced by indigenous rhizobia were sufficient for maximal
yield under the field and inoculation conditions used in this study. The data
are important for future investigation of alternative inoculant strains and
conditions for improving peanut production.
effect on root nodulation and on pod yield of peanut in Argentina soils, using
laboratory and field experiments. Of these, strain C-145 was the most effective
in laboratory studies. In-furrow inoculation with this strain produced
increased nodule number, relative to seed inoculation. However, pod yield
was not increased significantly by either type of inoculation. In view of the
inconsistent response of peanut to inoculation, we examined the effect of
indigenous strains of bradyrhizobia. The high degree of nodulation and nitrogen
fixation produced by indigenous rhizobia were sufficient for maximal
yield under the field and inoculation conditions used in this study. The data
are important for future investigation of alternative inoculant strains and
conditions for improving peanut production.
effect on root nodulation and on pod yield of peanut in Argentina soils, using
laboratory and field experiments. Of these, strain C-145 was the most effective
in laboratory studies. In-furrow inoculation with this strain produced
increased nodule number, relative to seed inoculation. However, pod yield
was not increased significantly by either type of inoculation. In view of the
inconsistent response of peanut to inoculation, we examined the effect of
indigenous strains of bradyrhizobia. The high degree of nodulation and nitrogen
fixation produced by indigenous rhizobia were sufficient for maximal
yield under the field and inoculation conditions used in this study. The data
are important for future investigation of alternative inoculant strains and
conditions for improving peanut production.
effect on root nodulation and on pod yield of peanut in Argentina soils, using
laboratory and field experiments. Of these, strain C-145 was the most effective
in laboratory studies. In-furrow inoculation with this strain produced
increased nodule number, relative to seed inoculation. However, pod yield
was not increased significantly by either type of inoculation. In view of the
inconsistent response of peanut to inoculation, we examined the effect of
indigenous strains of bradyrhizobia. The high degree of nodulation and nitrogen
fixation produced by indigenous rhizobia were sufficient for maximal
yield under the field and inoculation conditions used in this study. The data
are important for future investigation of alternative inoculant strains and
conditions for improving peanut production.
Bradyrhizobium sp. strains for
effect on root nodulation and on pod yield of peanut in Argentina soils, using
laboratory and field experiments. Of these, strain C-145 was the most effective
in laboratory studies. In-furrow inoculation with this strain produced
increased nodule number, relative to seed inoculation. However, pod yield
was not increased significantly by either type of inoculation. In view of the
inconsistent response of peanut to inoculation, we examined the effect of
indigenous strains of bradyrhizobia. The high degree of nodulation and nitrogen
fixation produced by indigenous rhizobia were sufficient for maximal
yield under the field and inoculation conditions used in this study. The data
are important for future investigation of alternative inoculant strains and
conditions for improving peanut production.