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| The Foliar Potassium Solution
For Cotton |
| LIG-K + BORON |
| Potassium is required
for boll filling and low potassium levels after flowering
induce premature senescence that significantly reduces
yield. Potassium deficiency inhibits the formation of
proteins and causes an accumulation of soluble nitrogen
compounds that may reduce fibre quality. Plants with good
levels of potassium are also more tolerant of moisture
stress, and this is advantageous for calcium and boron
uptake. The inclusion of boron also improves flowering
and fibre length. Deficiencies are most likely to occur
when soil temperatures are low or when soils are waterlogged.
Large amounts of soil available nitrogen also inhibit
potassium uptake |
| THE ADVANTAGES OF
LIG-K + BORON |
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- high plant availability of potassium through leaf
- rapid leaf uptake & translocation to developing bolls
- chelated boron is very safe & improves flowering
- required for boll filling
- prevents premature senescence
- binding properties enhance cover spray effectiveness
- improves cotton quality & yield
- compatible with herbicides & insecticides
- Australian made product
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| APPLICATION |
| Cotton – Apply 2 L/Ha
prior to flowering and repeat after flowering if required. |
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| The Nitrogen Solution For
Cotton Crops |
| LIG-NIT |
| Nitrogen is the most
important nutrient for plant growth, however in most cropping
systems it is rarely the most limiting nutrient. In situations
such as waterlogging, the availability of soil nitrogen
is significantly reduced, and under these conditions nitrogen
is likely to become a limiting factor and deficiency symptoms
may be observed. Nitrogen is required for the formation
of amino acids and proteins that produce many enzymes
that are essential for plant processes such as energy
production and growth. Nitrogen is also essential for
flowering and the regulation of plant hormones that control
vegetative growth and maturity. |
| THE ADVANTAGES OF
*LIG-NIT |
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- high plant availability through leaf
- rapid uptake and plant utilization
- chelated nitrogen will not burn
- stimulates plant growth in waterlogged soils
- prevents premature senescence
- improves cotton yield
- superior binding properties allows for early application
- compatible with herbicides & insecticides
- cost effective Australian made product
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| APPLICATION |
| Cotton – Apply 4-5
L/Ha as a foliar spray when soil is waterlogged or when
plants require a quick source of available nitrogen. *LIG-NIT
is not designed to replace soil nitrogen application or
to correct medium to long term deficiencies. |
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| The Phosphorous Solution
For Cotton Crops |
| LIG-POLYPHOS |
| Most Australian soils
are naturally low in phosphorous, however even after many
years of applying phosphorous containing fertilizers the
levels of plant available phosphorous are still relatively
low, especially on alkaline clay soils. Under these conditions
the vigour and health of young plants is poor as their
under-developed root systems are unable to source sufficient
soil nutrients. Supplying chelated phosphorous as either
a foliar spray or soil application, stimulates root growth
and enables the young plants to access soil phosphorous
and other nutrients that were previously unavailable.
As well as root growth, phosphorous is also essential
for energy production, flowering and fibre quality |
| THE ADVANTAGES OF
*LIG-POLYPHOS |
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- high plant availability through leaf or soil
- rapid uptake and plant utilization
- chelated phosphorous will not lock-up on alkaline soils
- stimulates root and shoot growth in young plants
- prevents premature senescence
- improves cotton quality and yield
- superior binding properties allows for early application
- compatible with herbicides & insecticides
- cost effective Australian made product
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| APPLICATION |
| Cotton – Apply 2 L/Ha
via injection at sowing or as a foliar spray 10-14 days
after emergence. *LIG-POLYPHOS is a supplement to normal
phosphorous applications and is not designed to correct
major deficiencies. |
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| The Zinc Solution For Cotton
Crops |
| LIG-ZINC + MANGANESE |
| Zinc deficiency is
common on alkaline soils such as those found in Northern
NSW and Southern Queensland. While zinc has been included
in base fertilizers for some years, trial work has shown
that its efficiency is usually limited on alkaline soils
due to zinc lock-up and the reduction in zinc uptake caused
by high phosphorous concentrations near the seed. The
use of sulphonylurea herbicides (eg. Ally, Glean) also
reduce zinc uptake and may induce zinc deficiency. Zinc
is particularly important in the early stages of a plant’s
life for germination, root function, photosynthesis and
flowering as well as enhancing boll filling and disease
resistance. Cotton is particularly sensitive to zinc deficiency
and to be effective, zinc must be applied prior to 1st
square. |
| THE ADVANTAGES OF
LIG-ZINC + MANGANESE |
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- high plant availability through leaf
- rapid leaf uptake & plant utilization
- chelated zinc is available in alkaline soils
- enhances photosynthesis & early growth of plants
- superior binding properties allows for early application
- improves flowering & yields
- compatible with herbicides & insecticides
- cost effective Australian made product
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| APPLICATION |
| Cotton Crops – 1-2
L/Ha at sowing via injection or as a foliar spray 10-14
days after emergence or prior to 1st square with post
emergent herbicides & insecticides. |
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