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Smart Reasoning:
C&E
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Causes
Effects
Rhizoctonia solani in glyphosate- tolerant soybean
(passive) caused by
damping- off
release velocity
influencing
damping time
by R. solani
(passive) caused by
damping - off incidence
by Rhizoctonia solani
(passive) caused by
Rhizoctonia damping - off
different soil - borne pathogenic fungi species , such as Pythium spp .
(passive) caused by
Damping - off
by Rhizoctonia solani and root rot and damping - off caused by several Pythium species
(passive) caused by
damping off
Several soilborne fungi including Fusarium , Pythium and Rhizoctonia species have been reported
to cause
damping - off
different soil - borne fungi such as Pythium spp
(passive) is caused by
Damping - off
different soil - borne fungi such as Pythium spp .
(passive) is caused by
Damping - off
numerous soil - inhabiting fungi including Fusarium , Phytophthora , Pythium , and Rhizoctonia ( Corticium
(passive) is caused by
Damping - off
the fungal pathogens Fusarium , Pythium and Rhizoctonia
(passive) is caused primarily by
Damping - off
several species of fungi , including Pythium , Rhizoctonia , and Phytophthora
(passive) is caused by
Damping - off
Pythium , Rhizoctonia and Fusarium ... fungi
cause
damping - off
Pythium , Phytophthora , Rhizoctonia and Alternaria ... fungi
cause
damping - off
Pythium , Phytophthora , Rhizoctonia and Alternaria ... fungi
cause
damping - off
the organisms Pythium spp . , Rhizoctonia solani , and Fusarium spp
(passive) is caused by
Damping - off
fungi such as Pythium , Rhizoctonia , Alternaria , and Fusarium
(passive) can be caused by
Damping - off
by Pythium , Fusarium and Rhizoctonia species
(passive) caused by
Damping - off
by Pythium , Fusarium , Rhizoctonia , Phytophthora
(passive) caused by
Damping off
Rhizoctonia solani and Pythium spp
(passive) is caused by
Damping - off
by Rhizoctonia solani and Pythium spp
(passive) caused by
Damping - off
Rhizoctonia , Pythium or Phytophthora spp
(passive) caused by
Damping - off
by Pythium aphanidermatum or Rhizoctonia solani
(passive) caused by
damping off
by Pythium , Rhizoctonia , and Fusarium spp
(passive) caused by
damping off
Pythium ... a soil - borne fungus
causes
damping - off
by various fungi , such as Alternaria and Rhizoctonia solani
(passive) caused by
damping - off
fungi , such as Pythium or Phytophthora
(passive) is caused by
Damping off
Species of Pythium and Rhizoctonia
may cause
damping - off in
by Fusarium , Rhizoctonia and Pythium
(passive) caused by
damping - off
by Fusarium , Phytophthora , Rhizoctonia , Sclerotium spp
(passive) caused by
damping - off
by Rhizoctonia , Fusarium or other fungi
(passive) caused by
Damping - off
by Rhizoctonia solani or Pythium ultimum
(passive) caused by
Damping - off
by Pythium ultimum and Rhizoctonia solani
(passive) caused by
damping - off
Pythium and Phytophthora species
causing
damping - off
by Rhizoctonia solani and root rot and damping - off
(passive) caused by
damping off
Species of Pythium , Sclerotinia , and Phytophthora ... more likely
to cause
damping - off
by Rhizoctonia and Pythium spp
(passive) caused by
damping - off
by Fusarium , Rhizoctonia , Sclerotium , Phytophthora
(passive) caused by
damping off
by Fusarium , Phytophthora , Rhizoctonia , Sclerotium
(passive) caused by
damping - off
Fusarium , Rhizoctonia , Sclerotium , Phytophthora
(passive) caused by
damping off
loose , boomy and indistinct bass
can cause
loose , boomy and indistinct bass
in a reduction of the flow - induced vibration
thus resulting
in a reduction of the flow - induced vibration
to velocity reduction
leads
to velocity reduction
2
setting
2
disease symptoms
(passive) are caused by
disease symptoms
in partial
may result
in partial
handling and comfort
influences
handling and comfort
the seedling to die
causes
the seedling to die
in improved transient performance and stability
results
in improved transient performance and stability
into an isolation foot yet achieved
designed
into an isolation foot yet achieved
the wobble too
can cause
the wobble too
to less vibration and road noise
leads
to less vibration and road noise
maybe
set
maybe
to wheel critical speed vibration response
contributes
to wheel critical speed vibration response
to a more comfortable drive without vibrations and road noise
contributing
to a more comfortable drive without vibrations and road noise
the amplitude of free vibration to decrease over time
causes
the amplitude of free vibration to decrease over time
the amplitude of free vibration to
causes
the amplitude of free vibration to
from greater resistance in the valve
resulting
from greater resistance in the valve
in better traction
results
in better traction
Too little rebound damping
can cause
Too little rebound damping
vibration
causes
vibration
to the handling of the car on smooth surfaces
contributes
to the handling of the car on smooth surfaces
the damping scale to zero
set
the damping scale to zero
more feedback in the wheel
causing
more feedback in the wheel
the stems to rot at the soil level
causing
the stems to rot at the soil level
instantaneous loss of the vibration
causes
instantaneous loss of the vibration
to a damping factor of Qts=0,6
leads
to a damping factor of Qts=0,6
vibrations to stop
Causing
vibrations to stop
stand reduction
(passive) caused by
stand reduction
to low sides / high sides ( that and too much speed
leads
to low sides / high sides ( that and too much speed
resonance
causes
resonance
the system to gradually stop moving over time
causes
the system to gradually stop moving over time
too high
set
too high
them to rot and die
causing
them to rot and die
during torsional vibration
caused
during torsional vibration
energy dissipation
causes
energy dissipation
the damping in each situation
causes
the damping in each situation
to the dissipation of energy
will lead
to the dissipation of energy
to vibration serviceability problems
leading
to vibration serviceability problems
for very high spring rates
designed
for very high spring rates
Smart Reasoning:
C&E
See more*