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high temperaturescauseseed deterioration in addition to reducing germination
the two environmental variablescauserapid seed deterioration
two environmental variables , high temperature and high relative humiditycauserapid seed deterioration
seed borne fungicausereduction in seed germination
seed being too close to like residue(passive) may be caused byPoor seed germination
These temperature and humidity fluctuationscan causerapid seed deterioration
ableto discoverSeed Phytonutrients ( http://seedphytonutrients.com
High seed moisturemay resultin seed deterioration
Storage of crop plantsinevitably leadsto seed deterioration
The seeds ... timemay causeseed deterioration
by high - temperature and humidity conditions(passive) caused byseed deterioration
timemay causeseed deterioration
the factorscausingthe seed deterioration
high relative humidity and temperaturecausesseed deterioration
such activity ... factorcontributesto seed deterioration
Several environmental factorscontributeto seed deterioration
removed these leavesleadingto seed deterioration
Seeds ... external climatic or environmental factorscauseseed deterioration
Phomopsis ... a diseasecausesseed deterioration
an essential causeleadingto seed deterioration
biochemical mechanismsleadingto seed deterioration
by artificial aging(passive) caused byseed deterioration
the main factorsleadingto the seed deterioration
7]. High temperatures during seed - fill and before maturitymay causeseed deterioration
the main conditionerscontributingto seed deterioration
Multiple factorscontributeto seed deterioration
mechanical or physiological damage and very decisive phase of growth and development of the next crop(passive) can be caused bySeed deterioration
These storage fungicould causedeterioration of seeds
some candidate genesmight ... influenceseed germination in TW-1-M.
in Chorrol(passive) is designedSeed - Neeus
One of the pathogenscausingseed degeneration
diseasescauseseed degeneration
the pathogenscausingseed degeneration
2011 ) Factorsinfluencingseed germination of Cyperus capitatus
seed age ( viability ) , soil temperature , and moisture(passive) is influenced bySeed germination
Seed soaking time and culture temperaturealso influencedseed germination
Temperature , light and different storage conditionssignificantly influencedseed germination
dormancy induced by hard seed coat(passive) caused byseed germination
the soil temperature(passive) is also influenced bySeed germination
the seed priming processto influenceseed germination
difficulties in future field managementwill causedifficulties in future field management
in a reduction in grain quality , yield , and seed vigorwill resultin a reduction in grain quality , yield , and seed vigor
Seed germinationresult Seed germination
from planting in cold soiloften resultsfrom planting in cold soil
a reduced stand , which will lead to lower yieldswill causea reduced stand , which will lead to lower yields
low germination capacitycausedlow germination capacity
by moisture and temperature experienced during grain fillinginfluencedby moisture and temperature experienced during grain filling
in marked changes in the content and activity of enzymes capable for regarding the stored reserves [ 19 - 21].could resultin marked changes in the content and activity of enzymes capable for regarding the stored reserves [ 19 - 21].
the maximumcontributedthe maximum
the release of a number of enzymes , including alpha - Amylasecausesthe release of a number of enzymes , including alpha - Amylase
losses to seed companies during the storagecauseslosses to seed companies during the storage
Seed germination resultresult Seed germination result
by damping off disease ( a fungus diseasecausedby damping off disease ( a fungus disease
in lower plant population and abnormal seedlings in fieldresultsin lower plant population and abnormal seedlings in field
in reduced plant populationresultingin reduced plant population
in lower plant population and abnormal seedlingsresultsin lower plant population and abnormal seedlings
seedling survival and plant health ... andmay ... influenceseedling survival and plant health ... and
to a loss of vigor and viability resulting in delayed , spotty , or inadequateleadsto a loss of vigor and viability resulting in delayed , spotty , or inadequate
to major loss in revenuecan leadto major loss in revenue
to the failure of P. euphratica to regenerate from seedhas ledto the failure of P. euphratica to regenerate from seed
in germination in the darkresultedin germination in the dark
long - term disruption of junctionscausedlong - term disruption of junctions
to quicker plant establishment Easyleadingto quicker plant establishment Easy
in weedsresultsin weeds
in higher trash content , seed coat fragments , and lint discoloration due to stainingcan resultin higher trash content , seed coat fragments , and lint discoloration due to staining
in different parts of the seed ... for example ... within the embryocan originatein different parts of the seed ... for example ... within the embryo
in nearly 100 % of seeds being viableresultsin nearly 100 % of seeds being viable
in increased phytase activityresultsin increased phytase activity
to deterioration in quality and nutritional valueleadto deterioration in quality and nutritional value
the embryo to enlargecausesthe embryo to enlarge
in different parts of the seedcan originatein different parts of the seed
to its germinationleadingto its germination
different biochemical activities thus resulting in chemical composition changescausesdifferent biochemical activities thus resulting in chemical composition changes
in higher trash contentcan resultin higher trash content
resistancecontributesresistance
in exceptional plant growth , vigor , and uniformityresultingin exceptional plant growth , vigor , and uniformity
for easy , single - use applicationdesignedfor easy , single - use application
to its persistencecontributesto its persistence
due tocauseddue to
the establishment and growth of plantsmay influencethe establishment and growth of plants