12-0-0-26.Golf & Pro Turf




Ammonium Thiosulfate, 12-0-0, 26% Sulfur.Use of Starter Fertilizers in Corn Production | Pioneer Seeds


View this product label for ATS S from Kugler Company. See ingredients, product application, restrictions, and much more. Ammonium Thiosulfate, , 26% Sulfur Turf & Horticulture -Inorganic Salt Solution 38 Hightstown-Cranbury facility Road Chemical Family: Inorganic salt option Formula: (NH4)2S2O3 Cranbury, NJ United States or +1 (compile calls accepted) utilize only outdoors or in a well-ventilated location. Prevent respiration mist or dimensions: KB. Ammonium Thiosulfate (ATS=™) is a neutral to slightly fundamental clear fluid, containing 12% nitrogen and 26% sulfur. It is generally described as s. Ammonium Thiosulfate is manufactured in Waterloo, IA and Terre Haute, IN.


12-0-0-26.Products – ATS: Ammonium Thiosulfate – Kugler

Ammonium Thiosulfate, , 26% Sulfur. Product Packages. SDS; Sell Piece; Find a Distributor. Ammonium Thiosulfate is a superb source of ammoniacal nitrogen that is quickly consumed by the plant. This results in greener turf, also at reduced earth temperatures. Usage when a liquid sort of ammoniacal nitrogen origin and sulfur are expected. Adding Ammonium Thiosulfate (ATS) (S) to UAN solutions is the affordable, effective and convenient way to support and maximize costly nitrogen while increasing your NUE value. It’s elementary-ATS stabilizes and maximizes your nitrogen, enhancing your nitrogen use effectiveness (NUE), leading to more available letter to your crop. Ammonium Thiosulfate (ATS=™) is a neutral to somewhat fundamental clear fluid, containing 12% nitrogen and 26% sulfur. It is generally described as s. Ammonium Thiosulfate is manufactured in Waterloo, IA and Terre Haute, IN.
ATS: Ammonium Thiosulfate
Kugler Co. and Hydrite Chemical Co. Announce ATS Agreement
Two Streams Coop – Fertilizer Index
Ammonium Thiosulfate
Starter Fertilizer Defined

Starter fertilizer in corn production has typically been suitable for areas with cool soil temperatures, including extremely early grown or no-till areas, people that have high residue cover or fields in northern says. In cool earth problems, starter fertilizer placed nearby the developing seed provides readily available nutritional elements until earth conditions develop and a satisfactory root system is set up.

Starter fertilizer has also been suitable for areas with reduced phosphorus amounts, and scientific tests prove the value of this practice. However, some growers trying to take advantage of current whole grain price opportunities are assessing whether starter fertilizer can play an even more prominent part in increasing corn yields. This Crop Insights will discuss starter fertilizers, their standard part in corn production, and whether starter might have a job beyond historic uses.

Starter fertilizer is described as lower amounts of plant nutrients — nitrogen N , phosphorus P and potassium K — put in close distance into the seed, usually at growing Hergert and Wortmann, Placement is right under, sideways, or even to the medial side and below the seed.

Growers often consider transmitted or liquid fertilizer application to the earth area as “starter”; nevertheless, these really should not be included because nutrient positioning is positionally unavailable to very early seedling growth. Becoming a “starter,” nutritional elements must certanly be strategically placed to enhance early seedling vigor and development.

Figure 1. Case IH and John Deere tractors loaded with tanks for liquid starter application at sowing. Starter fertilizer positioned in contact with the seed “pop-up” fertilizer is yet another alternative, however its usage requires a lot of care in order to prevent possible germination and seedling injury.

The amount of pop-up that can safely be applied is limited, and is based on the fertilizer utilized and soil properties. For instance, starter fertilizer containing ammonium thiosulfate shouldn’t be put into connection with the seed Hergert and Wortmann, A starter fertilizer is normally consists of several vitamins.

Under many circumstances, a mixture of nitrogen and phosphorus constitutes a highly effective starter material. Fluid and dry are typical starter fertilizer materials. Fluid and dry will also be commonly used. To completely comprehend the part of starter fertilizer in providing fundamental nourishment to corn seedlings, it really is beneficial to review the physiology of early corn root development.

After corn seeds imbibe enough water for germination, the first root framework to emerge is the radical, which can be soon accompanied by the lateral seminal roots Figure 2. The seminal root system doesn’t use up considerable quantities of nutritional elements; alternatively, the youthful seedling relies primarily on the stored nutrient reserves associated with seed at this time of development.

Soon after introduction VE the youthful corn seedling will start to develop its nodal root system, the main roots for liquid and nutrient uptake associated with plant Figure 2.

If regular growth of the nodal roots is impeded together with endosperm reserves regarding the seed become depleted, the plant will lack the basic vitamins needed for optimum development. When nodal roots are hampered, above-ground symptoms may seem as less energetic or less green plants. By the V2 stage 2 leaf collars visible it’s important for corn flowers is definitely taking up nutrients such as for example N Figure 2. Although these nutritional elements are expected in very limited amounts, they are nothing the less essential in the plant’s capacity to operate its newly building photosynthetic machinery.

Stresses that impede nodal root development could be brought on by residing biotic organisms such as for example pests or diseases or by non-living abiotic actual or chemical aspects such as for instance soil obstructions, earth moisture problems, cool conditions, or fertilizer placement.

Stresses is constant on the go, or may possibly occur periodically in microenvironments for the field. Continuous or uniform stresses that affect plants similarly often include cold or wet soil conditions or below optimum atmosphere conditions. Although detrimental to crop development and sometimes yield, these stresses are less harmful than sporadic stresses that affect one plant and not its neighbors.

It is because independently impacted plants are likely to fall behind in physiological development stages if conditions continue to be undesirable. As soon as a plant starts to fall behind by two or higher growth stages, it becomes progressively hard for the plant to get caught up. That is frequently considered a consequence of shading by its competing next-door neighbors. Shading slows the plant’s growth rate, further reducing root elongation and nutrient uptake.

Thus, the difficulty of contending for limited sources is compounded, most likely for any rest regarding the plant’s life period. Sporadic or variable stresses in a field can be more harmful to grain yield than continuous stresses. Sporadic stresses include: unequal residue distribution, dry or cloddy grounds, wet spots, diagonal anhydrous ammonia groups, fertilizer sodium injury, wheel traffic compaction, seed furrow sidewall compaction, pest or herbicide problems for roots, and soilborne diseases.

Uneven stands have already been reported to endure corn grain yield reductions from six up to 23 % with respect to the severity Nielsen, ; Nafziger, et al. This yield loss might be significantly paid off by starter fertilizer applications in instances where the primary cause of unequal stands is the inability regarding the young nodal root system to get into adequate soil nutritional elements.

Figure 3. Uneven stand due to wet earth problems. Observe that adjustable soil places are affecting some plants more than others. Starter fertilizer applications to corn are really investigated and documented. The scientific literary works shows numerous instances when starter has actually created good, meager with no corn grain yield increases.

This selection of results ensures that good grain yield responses are likely pertaining to both environmental and social communications. A number of important researches are discussed under. Because starter fertilizer experiments tend to be conducted making use of N, P, and K fertilizers it isn’t always precisely obvious which nutrient offered the yield enhance; however:. Conclusions: it may further be determined that if growers when you look at the main Corn Belt states are using high rates of broadcast fertilizer P and K in a build-and-maintain fertilizer program, starter P and K give responses would be also less constant and unlikely, particularly when traditional tillage techniques are being utilized Kaiser et al.

Consistent grain yield answers to starter fertilizers may also be anticipated on grounds that have reduced soil organic matter or grounds having coarse sandy earth area textures.

Many grounds formed from Mississippi River alluvium that stretch from portions of central Minnesota towards the Gulf of Mexico fit this description. A few scientific studies report outcomes by earth kind:.

Figure 4. Joseph, Louisiana. Mascagni et al. Congruent research various other southern says on sandy loam grounds when P and K levels were high demonstrated consistent whole grain yield responses from starter fertilizers.

Moreover, whole grain yields were substantially higher with N beginner alone; nevertheless, these were a little higher various other many years when P and K beginner had been included Touchton and Karim, Conversely, study in North Carolina showed no yield enhance to P and N starter fertilizer in comparison to simply N beginner fertilizer in sandy soils when P amounts were high Chaill et al. Conclusions: It seems apparent through the reviewed literature that starter fertilizers of N, P and K in sandy loam and coarser-textured soils may be warranted regardless if P and K amounts are high.

Nevertheless, its impossible to tell if N, P and K are required or simply N, because of conflicting results during these environments. Kansas State scientists studied five hybrids ranging in maturity from to RM, with and without starter fertilizer N and P in a no-tillage manufacturing system Gordon, This Kansas research discovered that starter fertilizer significantly increased early period development, N and P uptake at V6, and N and P concentration within the ear leaf.

Nonetheless, no hybrid by beginner interaction ended up being found i. The study also sized growing level products GDUs to pollination. All hybrids needed less temperature devices to begin with pollination when starter fertilizer ended up being used dining table 1.

This is an integral choosing for dryland corn production in Kansas, where yield is actually limited by belated season drought tension. Additionally, earlier pollination under these circumstances can lengthen the grain completing period while increasing corn whole grain yield potential.

Table 1. Starter fertilizer influence on grain yield and GDUs to pollination of corn hybrids. Adapted from Gordon, Application of P as a starter fertilizer is generally better than broadcast applications, especially when built-in earth P amounts are extremely reasonable and for calcareous large pH grounds Shapiro et al, This is because banded starter programs cause less earth immobilization and more crop readily available P than broadcast applications, specifically for high pH soils with reduced P amounts.

Usage of a band-applied P beginner is an especially attractive alternative to broadcast application whenever P based fertilizers are incredibly pricey. Table 2. Phosphorus fertilizer recommendations 1.

The rate of which a starter fertilizer are applied is dependent upon the salt content or index regarding the fertilizer, proximity of starter into the seed, and soil texture Hergert and Wortmann, Salt list is a purpose of the sum the nitrogen, potassium and sulfur amounts present in the fertilizer.

Salt indexes of common beginner fertilizers are shown in Table 3. Table 3. Salt index reviews for commonly used starter fertilizer items, indicated as pounds of sodium result per gallon and in accordance with From J.

Mortvedt, Calculating Salt Index. Items like ammonium polyphosphate have actually a decreased salt index price 2. The limits for application rates of to greatly help avoid salt injury as a purpose of fertilizer placement and soil surface are shown in Table 4. Salt damage is most obvious whenever earth moisture is reasonable, so sufficient earth moisture at growing or rain immediately after help decrease salt injury. To decrease the probability of sodium injury, avoid over-applying nitrogen, potassium or sulfur fertilizers near to the seed.

Table 4. Multiply values by 1. greater corn prices and changes in agriculture practices e. One particular part might be as insurance against prolonged, unfavorable weather conditions happening quickly after planting. Growers and agronomists are encouraged to continue testing starter fertilizer in many different industry situations to help expand determine where and when these treatments might be most receptive.

ST My Account. Go Back. Agronomy Search Our Library. Corn Corn. Soybeans Soybeans. Soybean Soybean. Sales Reps. Starter fertilizer advantages corn seedlings when growth of the nodal root system is slowed by weather condition, impeded by seedbed conditions, or damaged by insects or any other aspects.

If early period stresses are sporadic in the field, starter fertilizer may help decrease irregular stand development and yield reduction that usually benefits because of these conditions.