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Atrazine use in sugarcane
Buy Sugarcane Online at BestSeedsonline.com. Biggest Seed Supplier Online. Check out all Bestselling Seeds & Garden Tools for Affordable Prices Triazines are widely used for weed control in sugarcane. Atrazine is used on more than 70% of sugarcane production, and 94% of all ametryn sold is for sugarcane post-emergent weed control (Smith et al. 2008). Up to 8.9 kg ha-1 of atrazine can be applied to sugarcane per year, usually in two applications of approximately 4.45 kg ha-1 each (CDMS. Sugarcane Herbicides section) Remarks AAtrex 4L, Atrazine 4L 2.0 - 4.0 qt OR AAtrex Nine-O, Atrazine 90DF, 90WDG 2.22 - 4.44 lb atrazine 2.0 - 4.0 lb/A Annual summer broadleaf weeds and winter grass and broadleaf weeds Use higher rate on heavy soils or when sugarcane is planted in July or August. Command 3ME 2.66 - 3.33 p Atrazine Atrazine is a widely used herbicide that can be applied before and after planting to control broadleaf and grassy weeds. Atrazine is a member of the triazine chemical class, which includes simazine and propazine. It is used in primarily in agriculture, with the greatest use on corn, sorghum, and sugarcane
information for atrazine. 5.3 USE Atrazine is the most heavily used pre- and postemergence herbicide in the United States (Trochimowicz et al. 2001). It is used for the control of grasses and broad-leafed weeds, and is primarily used on corn, sorghum, sugarcane, macadamia nuts, and conifer tree crops; over 65% of the corn crop acreage in th Chemical weed control in sugar-cane is discussed with reference to climatic and edaphic factors, the composition of the weed flora to be controlled and the varietal resistance or susceptibility shown by the crop to particular herbicides. Recommendations involving the use of atrazine alone or in mixtures with 2, 4-D, dalapon or substituted ureas pre-em. and Gramoxone [paraquat], TCA, 2, 4-D and.. In the United States of America atrazine is registered for use to control weeds in crops such as sugarcane, corn, guava, wheat stubble, commercial and residential lawns, bermuda grass, forest plantings and golf courses Products with atrazine may be labeled for use on soil, roadsides, lawns, and athletic fields. Certain products can be used on corn, sorghum, sugarcane, macadamia nuts, guava, or wheat stubble after harvest. 2,3 Products containing atrazine may be granules, liquids, concentrates, or ready-to-use sprays Using Atrazineand ProtectingWater Quality Guide for Corn/SorghumProducers and Sugarcane Growers More than 40 agricultural herbicide prod-ucts contain atrazine. Introduced more than45 years ago, atrazine continues to provideeffective, economical weed control for produc-ers of corn, sorghum and many other crops
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Moves towards the use of minimum tillage have reduced soil disturbance and subsequent germination of weed seed, although these changed practices have resulted in wider use and greater reliance on herbicides to control weeds in ratoon cane. The inappropriate use of herbicides may have an adverse environmental impact. These risks are minimised b herbicide showing some promise of use in the sugarcane industry. It has not been cleared for use in sugarcane and Interest in this chemical has decreased. Linuron is also one of the substituted ureas with control qualities similar to, but no better than, diuron. Its mode of action has not been reported. 1) Atrazine Uses There is a reason that atrazine is one of the leading herbicides; unlike many other herbicides, atrazine has a wide spectrum of uses, applications, and utility. Farmers use atrazine to control weeds on well over half of the country's corn acreage, about two-thirds of sorghum acreage and 90 percent of its sugar cane.
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sorghum, and sugarcane. Additionally, atrazine products are registered for use on wheat, guava, macadamia nuts, and range grasses and for several non-agricultural use sites such as ornamentals, Christmas trees, and sod. There are also registered residential and recreational uses on turf such as on parks, golf courses, school grounds, or home. While 90 percent of atrazine, or 70 million pounds, is used annually in America is to prevent weeds in corn fields, atrazine is also used on sugarcane, sorghum, macadamia nuts, soybeans, schools, parks, playgrounds, guava, athletic fields and evergreen farms, where families buy their Christmas trees. (1, 2) In fact, 65 percent of sorghum and sugarcane fields are treated with atrazine Dicamba, atrazine, flumioxazin, and sulfentrazone are viable options to control 60 cm red morningglory in sugarcane areas where 2,4-D is restricted. When red morningglory climbed and wrapped sugarcane stalks, control with herbicides other than 2,4-D was more variable and complete control was difficult to obtain
Atrazine is a widely used herbicide that can be applied before and after planting to control broadleaf and grassy weeds. Atrazine is part of the triazine chemical class, which includes simazine and propazine due to their common mechanism of toxicity. It is primarily used in agriculture (with the greatest use on corn, sorghum, and sugarcane) Cynodon dactylon (bermudagrass) is the most important weed in sugarcane crops in Tucumán. The aim of this study was to evaluate the weed control efficacy (CE) of topramezone alone and in a tank-mix with atrazine on bermudagrass plants obtained from a single-node stem cutting, simulating the condition of the weeds after a mechanical control. The effect of different doses used in a sugarcane. Updated February 15, 2019 Atrazine is an agricultural herbicide that is widely used by farmers to control broadleaf weeds and grasses that interfere with the growth of corn, sorghum, sugar cane,... Farmers use atrazine to control weeds on well over half of the country's corn acreage, about two-thirds of sorghum acreage and 90 percent of its sugar cane. In 2008, atrazine was used on nearly 70 percent of Illinois corn acreage, making it the second the most popular herbicide for the state's corn farmers In terms of pounds applied, corn (86%), sorghum (10 %), and sugarcane (3 %) account for the greatest use. Less than 1 % of atrazine is applied for forestry, turf, and other uses. Approximately three-fourths of all field corn and sorghum are treated with atrazine annually for weed control
Atrazine 4L. Herbicide. For season-long weed control in Chemical fallow, Conifers, Corn, Fallowland, Guava, Lawns, Macadamia nuts, Sorghum, Sugarcane, and Turf Atrazine is a herbicide that is used to stop pre- and post-emergence broadleaf and grassy weeds in crops such as sorghum, maize, sugarcane, lupins, pine, and eucalypt plantations, and triazine-tolerant canola Sorghum and sugarcane make up the majority of the remaining annual usage. Annual use on sorghum is approximately 6.4 million pounds and sugarcane is 1.7 million pounds. In its draft biological evaluation, EPA estimated that atrazine is likely to adversely affect 54% of all species and 40% of critical habitats. The BE is an assessment of risks. Plantback Restrictions for Herbicides Used in South Florida Sugarcane. 1. D. C. Odero, R. Negrisoli, M. VanWeelden, and S. Swanson 2. Although sugarcane is a relatively competitive crop, weed pressure can have a negative impact on yields. Consequently, most fields are treated with herbicides one or more times during the growing season
Atrazine is mostly used on corn, according to Civil Eats, but also on sorghum, sugarcane, and a few other crops, as well as on golf courses, Christmas tree farms, and in residential landscaping Atrazine 4L is a restricted use post-emergent and pre-emergent herbicide formulated by Drexel Chemical Company. It is used to safely control annual broadleaf and grass weeds in cornfields, sugarcane fields, and turfs. The active ingredient, Atrazine will kill weeds as seeds or kill emerged weeds through the root system Atrazine plays a vital role in U.S. food production. Without atrazine, farmers would see a huge drop in yields of major crops such as corn, sorghum, and sugar cane, and increased costs to keep weeds at bay, causing a ripple effect throughout the agricultural and food production industries- right down to the consumer Background. Atrazine and simazine are triazine herbicides registered for pre- and post-emergent control of many broadleaf and grassy weeds. The efficacy and cost associated with these herbicides make them a common choice among warm-season turfgrass managers. Currently, they are registered for use on golf courses, athletic fields, residential. A premix that combines three herbicides i.e. atrazine (Group 5), mesotrione (Group 27), and S-metolachlor (Group 15) was also recently registered for broad-spectrum residual control of grass, sedge, and broadleaf weeds in sugarcane. This premix is a resistance management product with three built-in sites of action
dry residue was cut into 1 cm sections for the atrazine retention studies in the laboratory. Atrazine adsorption by the sugarcane residue was carried using the batch method where radioactive atrazine was used as a tracer to monitor the extent of retention. Six initial atrazine concentrations C o's (1.80, 2.5, 5.4, 10.3, 20.2, and 30.0 mg The Arthrobacter sp. strain AK-YN10 is an s-triazine pesticide degrading bacterium isolated from a sugarcane field in Central India with history of repeated atrazine use. AK-YN10 was shown to degrade 99 % of atrazine in 30 h from media supplemented with 1000 mg L(-1) of the herbicide. Draft genome s
Atrazine is the most widely used sugarcane herbicide in the United States and some other countries because it provides residual, broad-spectrum weed control, offers flexibility of application and use with other chemicals, has excellent crop safety before or after emergence of either plant or ratoon sugarcane, and gives consistent, economical. Atrazine is a chlorotriazine herbicide widely used on corn, sorghum, and sugarcane in the US to control grasses and broadleaf weeds. To mitigate the risks to humans, the EPA proposes mandatory spray drift controls and a reduction in the amount of atrazine that can be applied to residential lawns and turf Even though atrazine is a widely used pesticide for corn, sugarcane, macadamia nuts, sorghum, and other crops, very few atrazine residues have been found in food analyses conducted by the FDA and the USDA from 1987 to the present. Atrazine concentration was very low (0.001-0.028 µg/g) in the few samples where it was detected Atrazine is one of the most commonly used herbicides in the US. Farmers spray it on crops such as corn, sorghum, and sugarcane to control grasses and broadleaf weeds. Consumers apply it to.
Sugarcane Soils Exhibit Enhanced Atrazine Degradation and
Atrazine and ametryn and are more strongly sorbed to soil than predicted by screening models but can still pose a leaching threat to groundwater. Contamination associated with former pesticide mixings areas by far represent the most significant concern associated with former sugarcane operations Annual use on sorghum is approximately 6.4 million pounds and sugarcane is 1.7 million pounds. Most recent non-agricultural usage data from 2013 - 2017 shows that for non-agricultural sites, thousands of pounds of atrazine were applied to non-agricultural sites with average annual applications of 300,000 pounds to residential turfgrass.
(1, 2) In fact, 65 percent of sorghum and sugarcane fields are treated with atrazine. It's also used in other products for farming and landscaping purposes, about 200 in total. When Monsanto's glyphosate came onto the scene, the idea was that atrazine use would be reduced Thus, the ingestion of herbicide formulations based on Atrazine or a mix, in which Atrazine is the main component, can be harmful to the survival of beneficial insects, such as P. helleri (this work) and M. bellicosus (Ejomah et al., 2020). As a consequence, Atrazine can have broader adverse effects and affect the colony of these individuals
It is used on a variety of crops including corn, sugarcane, sorghum, wheat, summer fallow, forestry or woodlands, conifers, Christmas tree, and residential and recreational turf (parks, golf courses). The use of atrazine helps to reduce soil erosion by 65-95% and enables farmers to grow crops with high productivity Atrazine and terbuthylazine mineralization by an Arthrobacter sp. isolated from a sugarcane-cultivated soil in Kenya. Chemosphere, 2009. zachary Getenga. R. Schroll. zachary Getenga. R. Schroll. Download PDF. Download Full PDF Package. This paper. A short summary of this paper available for use on field corn and sweet corn, atrazine and propazine are not available for use on sorghum, and atrazine is not available for use on sugarcane. Glyphosate is the most widely used herbicide on corn in the U.S., applied to 75% of planted acres in 2009 (Figure 1). Thus, if atrazine and simazine were not availabl
Atrazine US EP
gglory ('Ipomoea coccinea L.) control failures with atrazine in sugarcane are due to triazine-resistant mutants. Ter
In terms of pounds applied, corn (83%), sorghum (10%), and sugarcane (3%) account for the greatest use. Less than 2% of atrazine is believed to be applied in forestry, turf or other non-agricultural uses
e) and isoproturon [3-(4-isopropylphenyl)-1,1-dimethylurea] in soils from sugarcane fields with different practices of herbicides application was carried out.14 C-atrazine was poorly
Atrazine Is the All-Star of Agriculture. Many growers rely on atrazine, a herbicide supported by thousands of scientific studies, as a mainstay of their crop production practices. A healthy stand of corn grows in Hereford, Texas. For more than 50 years, U.S. corn, sorghum and sugar cane growers have depended on atrazine herbicide to produce.
e if reported red morningglory (Ipomoea coccinea L.) control failures with atrazine in sugarcane are due to triazine-resistant mutants. Ter
The American Sugar Cane League, a Thibodaux-based lobbying group, has expressed similar concerns. It says about half of sugar farmers in Louisiana and nationwide use Atrazine
• Sugarcane - up to 3 applications per year over a 6 month period during spring/summer/autumn. Atrazine is mainly used on maize and sorghum in New South Wales and Queensland. Its main use is for chemical fallow in Victoria, while in WA its main use is on lupins (Bos et al, 1995). Atrazine is increasingly used on triazin
The use of herbicides in sugar-cane
The chemical name for Atrazine (ATR) is 6-chloro-N-ethyl-N ′-(1-methylethyl)-1,3,5-triazine-2,4-diamine, and it is the most commonly used broad-spectrum herbicide in agricultural crops such as corn, sorghum, and sugarcane [].Despite the fact that farm use of ATR is limited in the Europe Union (EU), it is still one of the most widely used pesticides in the world, with ATR being found in. limitations, application, and weeds controlled, refer to the label and the atrazine label. RESTRICTIONS (Florida Only): Do not use more than 4 pts. per acre in a single growing season. Do not use on sand soils. Spray contact with sugarcane foliage may result in minor leaf margin chlorosis and/or necrosis. Do not use treated crop for feed or forage
Atrazine Fact Sheet - Oregon State Universit
At least one neighbor has aired concerns over herbicide use at sugar cane fields in Ku'au on Maui. HC&S responds to questions relating to health and company practices involving the controversial.
Seed corn, sugarcane, sweet corn and macadamia nuts are the only crops currently using atrazine in Hawaii, states the report. From 2010 to 2012, an average 80,912 pounds of atrazine were.
pounds, and annual sugarcane use is estimated at 2.3 million pounds. Total use has remained relatively constant over the past decade. Use rates per acre have decreased but total acres treated with atrazine use have increased. Atrazine is a widely used herbicide because it is highly effective, inexpensive and has a flexible use pattern
Atrazine Uses : atrazinefacts
SC 336/144 g/ R II Lasso + Atrazine Monsanto 0394 Maize, Sugar cane SE 336/144 g/ R II Atrazine Makhteshim-Agan 6540 Maize LIST OF MARKETED HERBICIDES SORTED ALPHABETICALLY ACCORDING TO ACTIVE INGREDIENTS, FORMULATION, TRADE NAMES, COMPANY NAME, REGISTRATION NUMBE
Sugarcane is the most valuable row crop grown in Louisiana and had a gross farm value of approximately $455 million dollars in 2013. Unlike many other agronomic crops, sugarcane is a perennial crop and is harvested for multiple years from a single planting. If weeds are allowed to establish and are not controlled, they increase exponentially throughout the crop cycle
e], and metribuzin [4-a
Atrazine is a common agriculture pesticide applied to crops such as corn, sorghum, sugarcane and turf. (Credit: Yolanda Oberhofer) Despite an increase in the amount of corn acres grown between 2002 and 2012, the study showed atrazine use decreased in most areas of the United States
Atrazine is an herbicide that is applied in corn around the world and in sugarcane in Brazil. It is known to be hazardous for animals' health, mobile in the soil, and its analysis is considered expensive and onerous. Solute movement studies are essential to provide information about dangerous molecu
Atrazine is a common agriculture pesticide applied to crops such as corn, sorghum, sugarcane and turf. Credit: Yolanda Oberhofer To combat weeds, farmers use a variety of tools and methods
Atrazine: the Most Common Toxic Contaminant in Our Water
Herbicides. A residual pre and post emergent weed killer for use in maize and sugarcane for controlling most broadleaf weeds. Description. Additional information. A residual pre and post emergent weed killer for use in maize and sugarcane for controlling most broadleaf weeds. Target - maize, sugarcane, cereals. Application rates -. 3l/ha in maize Atrazine 4L Herbicide is formulated to control annual broadleaf and grass weeds in corn, ornamentals, sugarcane and turf. For both aerial and ground applications. Application timing is flexible - can be applied both pre-plant and post-emergence. This product is a Restricted Use Pesticide, and requires an applicator's license for purchase Curtis Thompson, a K-State Research and Extension weed specialist, believes that if U.S. atrazine use was banned, corn producers would suffer and become less profitable. While Round-Up Ready corn protects against most pests, atrazine is crucial to managing glyphosate-resistant weeds
Weed Management and Biology Research in Soybean, Sugarcane
Atrazine is mostly used on corn, the outlet pointed out, but also on sorghum, sugarcane, and a few other crops, as well as on golf courses, Christmas tree farms, and in residential landscaping. Runoff washes the chemical into streams, rivers, and groundwater; it's one of the most common pollutants found in American waters
e if soils collected from the United States sugarcane regions (i.e., Florida and Hawaii) exhibit enhanced atrazine degradation; and 2) deter
Atrazine 4L is a herbicide for the control of annual broadleaf and grass weeds in Corn, Ornamentals, Sugarcane, Turf and other labeled crops. Features and Benefits. Contains 4 pounds of Atrazine per gallon. For use in aerial and ground applications
g and tank-mix flexibility. To view label and full product information click here
PP #OE2398 Atrazine Use on Guava. Evaluation of Analytical and Residue Data. Formulation information on page 2 is not included. Document (PDF) (330 KB PDF). June 04, 1981. Memorandum. 4 Page(s). David Ritter. Toxicology Branch. PP #0E2398 - Atrazine in Guava, Minor Use Tolerance of 0.25 ppm. Document (PDF) (454 KB PDF). July 23, 1981.
What is Atrazine? According to the latest statistics, the only weed killer more commonly in use than atrazine is Roundup. Atrazine is heavily used in the south and midwest, where it is commonly used to control weeds in crops such as sugarcane, sorghum, corn, and more
Atrazine - Background and Updates Ingredients Used in
PARIZINE. Parizine is a broad spectrum and selective herbicide. It is a systemic herbicide kills weeds by inhibiting the photosynthesis and enzymatic activity. It is a pre and post-emergence herbicide for the control of annual grasses and broadleaf weeds in Sugarcane and Maize. It contains wettable powder of atrazine 50%
Atrazine was originally approved by EPA in 1958 and is now used at about 75 million pounds annually on corn (86% of atrazine in pounds), sorghum (10%), and sugarcane (3%), golf courses and lawns (1%)
It is used to safely control annual broadleaf and grass weeds in cornfields, sugarcane fields, and turfs. The active ingredient, Atrazine will kill weeds as seeds or kill emerged weeds through the root system. Atrazine 4L Herbicide will control for barnyard grass, chickweed, henbit, and more
eral or sandy soils.
Amicarbazone is the active ingredient indicated for sugarcane in Brazil, points out UPL Brasil. Amicarbazone. New president of Aprosoja Brazil says it is better not to use dicamba Dicamba. Will glyphosate price continue to rise? - Dialogue with suppliers and buyers. Glyphosate. Peru bans agrochemicals with active ingredient 'dicofol.
Several countries gave up a moderately persistent herbicide, with half-lives ranging the use of atrazine, but it is still one of the most popular from several days in estuarine sediments to several months herbicide in many parts of the world (Jin and Ke 2002). in soils to more than 170 days in aquifer sediments (Ra- Many physicochemical methods.
see more details used use in sugarcane production. Florida and Hawaii soils with a previous atrazine use history did exhibit enhanced atrazine degradation. Atrazine adapted soils were cross-adapted with ametryn, another s-triazine; however, the atrazine adapted soils were not cross-adapted with the non-symmetrical triazine herbicide, metribuzin
Topramezone: New Herbicide Registered in Sugarcane for
In the continuous cropping area of corn and winter wheat, in order to reduce or atrazine phytotoxicity to wheat, atrazine can be used to reduce the amount of atrazine, rasso, dol, 2,4-D butyl ester, condiment, chlorotoluron Herbicide mix. 2. Use in sugarcane field. 5-7 days after the sugarcane is planted, part of the weeds are unearthed
Use Atrazine 4F for control of barnyardgrass, pigweed, purslane, and sunflower, in plant or ratoon sugarcane. Apply 8 pts./A of Atrazine 4F preemergence. Follow with one or two applications, as needed, at 6 pts./A postemergence to sugarcane and weeds
or leaf margin chlorosis and/or necrosis. Do not apply within 60 days of harvest. Do not use treated crop for feed or forage
ant in drinking water
Figure 1.4 Average atrazine use by crop in the United States for 2000-2002 (Doane Marketing Research, Inc.). Changes in Agriculture and the Importance of the Triazine Herbicides 3 Figure 1.3 Expansion of Brazil ethanol production and corresponding use of sugarcane (fi gure from OECD-FAO). 50 45 40 35 30 25 20 15 10 5 0 1996 Source: OECD and.
In September 2020, the agency released the interim decision for simazine and atrazine and the full summaries are accessible at: Atrazine and Simazine. Changes for Atrazine: Atrazine registrants voluntarily modified the label to include: Remove roadside use sites from labels. Remove conifer uses including Christmas trees, timber, and all.
Because of its widespread use, atrazine is the most commonly detected pesticide in U.S. waters. Approximately 75 percent of stream water and about sugarcane, and lawns. Despite the fact that. The use of some of these pesticides has increased recently because of an expansion in the total land area devoted to sugar cane between 1977 and 1996. [8] Diuron and atrazine both have acute exposure impacts on corals at very low doses How to Use Atrazine for Best Results. When it comes to powerful weed control, Atrazine is one of the best products on the market. It stops weed seeds from sprouting and kills weeds that are already present. Still, there are ways to make sure you use Atrazine to maximize its effectiveness: Apply when the daytime temperature is 55-85℉ Atrazine is one of the most common herbicides used in the United States. It can be used to manage weeds in crops like corn, sorghum, sugarcane and turf. The chemical kills weeds by preventing photosynthesis in the plant. A benefit of herbicides, like those with atrazine, is that they reduce the need for tillage Atrazine 4L and 90DF are restricted-use herbicides that offer dependable broadleaf and grass weed control in corn, grain and forage sorghum, sugarcane, conifers, macadamia nuts, guava, chemical fallow and other uses. Both are also labeled for use in CRP and roadsides in certain states. Atrazine 90DF herbicide is an advanced water-dispersibl
How Dangerous Is Atrazine? - Treehugge
atrazine in sugarcane grown in the EAA is up to 60-fold lower in these s-triazine-adapted soils ; The non-symmetrical triazine herbicide metribuzin had relatively longer half-life values under field conditions at the labeled use rate for sugarcane in the EAA compared to atrazine, implying that metribuzin is the bette
And, those who buy and use corn, sorghum and sugar cane - from livestock producers to food processors - would face higher prices because of lower production generally. However, earlier estimates did not include atrazine's off-farm — or societal — benefits. Here the new studies shed important light
Atrazine is used extensively in the U.S., particularly in corn, sorghum and sugarcane production. Atrazine is one of the most commonly used herbicides in the world with roughly 80 million pounds being applied annually in the U.S. in addition to use in over 50 countries
Atrazine Benefits : atrazinefacts
Atrazine is an herbicide widely used in agriculture across a range of crops, primarily corn but also sugarcane and sorghum, as well as a smaller amount of use in landscape care. The herbicide is under re-registration review by EPA, and in September, the agency released an interim registration decision approving its continued use
Atrazine (Aatrex, etc) Widely used in Florida sugarcane production •Cheap, effective, kills more weeds per $$ spent than most other herbicides •Safe on cane . no phyto-toxicity •Both pre-emergence and post-emergence applications According to the pesticide label: •Sugarcane: Up to 10 lb ai/A of atrazine per seaso
Disrupted development. Atrazine is the second-most used herbicide in the U.S., where 70 million pounds are sprayed annually on crops—mainly corn, sugarcane, and sorghum. Australia, the chemical.
Atrazine is the second most popular herbicide in America, [5] used mainly on corn, sugarcane, sorghum, and grass lawns. [6] A known endocrine disruptor and potential carcinogen, atrazine alters reproduction and development in humans and animals. [7] An estimated 44 million Americans had atrazine in their drinking water between 2015 and 2017. [8
Sugarcane growers and cattle graziers in the Wet Tropics, Burdekin and Mackay-Whitsunday regions are required to hold recognised training qualifications (PDF, 423 KB) if using or supervising the use of herbicides containing atrazine, ametryn, hexazinone, diuron in sugarcane and tebuthiuron on cattle grazing properties. Training covers weed. Atrazine use in field corn dominates the debate; sweet corn represents only about 1 percent of total corn acres being treated with atrazine. But because atrazine may be far more important in sweet.
Atrazine.US; Use & Conservation Tillag
It is the most widely used herbicide in Texas corn and grain sorghum production, and one of the most widely used herbicides in the U.S. Atrazine is also used on sugarcane and on fallow wheat fields, in pine plantations and is found in some products available for use on home lawns, commercial turf grass and golf courses
Atrazine is an herbicide of the triazine class. Atrazine is used to prevent pre- and post emergence broadleaf weeds in crops such as maize and sugarcane and on turf, such as golf courses and.
eralization in soils from Kenyan sugarcane-cultivated fields with and without history of atrazine use was carried out in the laboratory under controlled conditions. The study was testing the hypothesis that repeated atrazine application to soil will not result in enhanced atrazine
SUGARCANE: FLORIDA - (ALEXANDERGRASS, LARGE CRABGRASS, ETC.) - POSTEMERGENCE Apply 1 - 3 times, as needed, at 2.2 lbs./A of product postemergence to sugarcane and weeds. Treat before weeds exceed 1.5 inches in height. USE PRECAUTIONS AND RESTRICTIONS (1) Injury to sugarcane may occur when under moisture stress, when soil is of lo
The sugarcane plant is a coarse grass that is quite tall about 10-20 feet. A single plant bears many stems in a tuft. In addition, it comes with a thick solid and aerial stem. Sugarcane cultivation is one of the major farming practices in the world. Some of the major sugarcane growing countries are Brazil, India, China, Thailand, Pakistan, Mexico USE INFORMATION ATRAZINE 90DF Herbicide will control most annual Broadleaf and Grass weeds in Corn, Sorghum, Sugarcane and certain other crops as specified on this label. This product may be applied before or after weeds emerge. In each case where a range of rates is given, use the lower rate o Atrazine Lawsuit Overview. Atrazine is the most common herbicide used in the United States. Designed and manufactured to combat weeds, some 75 million pounds of atrazine are used each year, most commonly on corn, sugarcane, and other crops as well as on golf courses and household lawns. Atrazine is specifically designed to dissolve in soil Effect of sugarcane cropping systems on herbicide losses in surface runoff. Improved practices with 30% lower atrazine application rates than used in conventional systems produced reduced runoff volumes by 40% and atrazine loss by 62%. There were a 2-fold variation in atrazine and >10-fold variation in metribuzin loads in runoff water. Atrazine 90DF is known for application timing and tank-mix flexibility. To view label and full product Targets. Grasses, Broadleaf Weeds Target Crops. Fallow & Pasture, Field Corn, Grasses Grown for Sod, Sorghum, Special Use, Sugarcane, Sweet Corn Node: app-01.prd.hub.adama.com ADAMA US. 3120 Highwoods Blvd #100 Raleigh, NC 2760
Atrazine products are used most widely on corn, sorghum, and sugarcane but also are registered for use on wheat, guava, macadamia nuts and range grasses. EPA announced last month that it would increase level of atrazine allowed in waterways before mitigation is required Atrazine is an herbicide registered in the United States for the control of broadleaf weeds and some grassy weeds. It is currently used on corn, sorghum, sugarcane, wheat (to get rid of wheat stubble on fallow land following wheat harvests; wheat is not the target crop), guava, macadamia nuts, orchard grass and hay, range grasses, and southern turf grasses How atrazine regulations have influenced the environment 22 April 2020 Atrazine is a common agriculture pesticide applied to crops such as corn, sorghum, sugarcane and turf for use in sugarcane soils with enhanced atrazine degradation. Therefore, the objective of this study was to compare the dissipation of atrazine and metribuzin under field conditions on organic soils in the EAA. Materials and Methods Study Location. Field studies were conducted i EPA's recent risk assessment on atrazine will dramatically limit your ability to use the herbicide on corn, sorghum, sugarcane and other crops across the U.S. Instead of using sound science, EPA is bending to extreme environmental groups to create a de facto ban on atrazine, simazine and propazine
Atrazine - Wikipedi
ATRAZINE 4L Page 1 of 10 RESTRICTED USE PESTICIDE (Ground and Surface Water Concerns) For retail sale to and use only by certified applicators or persons under their direct supervision and only for those uses covered by the certified applicator's certification. This product is a restricted use herbicide due to ground and surface water concerns
Atrazine is widely used in agriculture for crop protection especially for corn, sorghum, sugarcane, and hay crops, and on turf in the Southeastern US Atrazine causes mammary tumors in some types of laboratory animals\
as a tool to improve atrazine degradation that is mediated by the well-known fungus Pleurotus ostreatus. This optimization strategy of promoting the increase of atrazine degradation aims to present a promising alternative for the degradation of sugarcane herbicides. Materials and Methods Fungus and culture medi
Atrazine was strongly sorbed by the residue, where some 40% of the amount adsorbed was nonextractable by methanol. Moreover, retention results indicated that a decreasing or increasing trend of atrazine retention by the sugarcane residue with time of decay was not observed
Atrazine is a common herbicide used to treat corn, sugarcane, and sorghum. It is also commonly used to control weeds on residential lawns. Americans use approximately 75 million pounds of the chemical annually, making it the second most commonly used herbicide in the country. It is no surprise that atrazine is the top choice for farmers because.
Introduction: Atrazine is a selective triazine herbicide used to control broadleaf and grassy weeds in corn, sorghum, sugarcane, pineapple, christmas trees, and other crops, and in conifer reforestation plantings. It is also used as a nonselective herbicide on non-cropped industrial lands and on fallow lands
Sugarcane and sorghum plants were grown in separate field plots and treated with [2,4,6-{sup 14}C]-Atrazine (according to standard agricultural practices and at levels approximating the maximum usage rate) in partial fulfillment of EPA registration requirements. Sugarcane leaves were collected just. Background Atrazine and simazine are triazine herbicides registered for pre- and post-emergent control of numerous broadleaf and grassy weeds in turfgrass systems (including sod production, golf courses, residential lawns, athletic fields, school grounds, parks, roadsides, rights of way, and airports, among other sites). Additionally, they are registered in other systems including corn. Sugarcane Atrazine 1.00 Atrataf 50% WDP Pre-emergence (Contd.) W EEDS S CIENCE 335 Crop Herbicide Dose Trade name and Time of application ( kg a.i./ha ) formulation 12. Pulses Fluchloralin 0.70 Basalin 45% EC Pre-emergence Pendimethalin 0.60 Stomp 30% EC Pre-emergence 13 Atrazine is a herbicide of the triazine class. Atrazine is a herbicide that is used to stop pre- and post-emergence broadleaf and grassy weeds in crops such as sorghum, maize, sugarcane, lupins, pine, and eucalypt plantations, and triazine-tolerant canola
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Glen-L 12 by Steven Sage, Bland, Virgina June 28, 2009 Here are some pics of my Glen-L 12. I started on the boat last September and had it mostly finished by Christmas but work kept me away until spring. I finally finished the boat a couple of weeks ago. The pics were taken on our recent trip to Cape Lookout national seashore. These photos don\'t show a lot of detail, as I was sailing the boat and couldn\'t get far enough away to get some good shots. I will send some detailed photos of the boat shortly.


This topic applies to ASP.NET Core 2.0 or later. In earlier versions of ASP.NET Core, HTTP.sys is named WebListener.
HTTP.sys is a web server for ASP.NET Core that only runs on Windows. HTTP.sys is an alternative to Kestrel and offers some features that Kestrel doesn't provide.
HTTP.sys is incompatible with the ASP.NET Core Module and can't be used with IIS or IIS Express.
There's a need to expose the server directly to the Internet without using IIS.
An internal deployment requires a feature not available in Kestrel, such as Windows Authentication.
HTTP.sys is mature technology that protects against many types of attacks and provides the robustness, security, and scalability of a full-featured web server. IIS itself runs as an HTTP listener on top of HTTP.sys.
A package reference in the project file isn't required when using the Microsoft.AspNetCore.All metapackage (nuget.org) (ASP.NET Core 2.0 or later). When not using the Microsoft.AspNetCore.All metapackage, add a package reference to Microsoft.AspNetCore.Server.HttpSys.
// The following options are set to default values.
Additional HTTP.sys configuration is handled through registry settings.
MaxAccepts The maximum number of concurrent accepts. ۵ × Environment.
UrlPrefixes Specify the UrlPrefixCollection to register with HTTP.sys. The most useful is UrlPrefixCollection.Add, which is used to add a prefix to the collection. These may be modified at any time prior to disposing the listener.
The maximum allowed size of any request body in bytes. When set to null, the maximum request body size is unlimited. This limit has no effect on upgraded connections, which are always unlimited.
An exception is thrown if the app attempts to configure the limit on a request after the app has started reading the request. An IsReadOnly property can be used to indicate if the MaxRequestBodySize property is in a read-only state, meaning it's too late to configure the limit.
If using Visual Studio, make sure the app isn't configured to run IIS or IIS Express.
If the app is a framework-dependent deployment, install .NET Core, .NET Framework, or both (if the app is a .NET Core app targeting the .NET Framework).
.NET Core – If the app requires .NET Core, obtain and run the .NET Core installer from .NET All Downloads.
.NET Framework – If the app requires .NET Framework, see .NET Framework: Installation guide to find installation instructions. Install the required .NET Framework. The installer for the latest .NET Framework can be found at .NET All Downloads.
Configure URLs and ports for the app.
An advantage of UrlPrefixes is that an error message is generated immediately for improperly formatted prefixes.
The settings in UrlPrefixes override UseUrls/urls/ASPNETCORE_URLS settings. Therefore, an advantage of UseUrls, urls, and the ASPNETCORE_URLS environment variable is that it's easier to switch between Kestrel and HTTP.sys. For more information on UseUrls, urls, and ASPNETCORE_URLS, see Hosting.
HTTP.sys uses the HTTP Server API UrlPrefix string formats.
Top-level wildcard bindings (http://*:80/ and http://+:80) should not be used. Top-level wildcard bindings can open up your app to security vulnerabilities. This applies to both strong and weak wildcards. Use explicit host names rather than wildcards. Subdomain wildcard binding (for example, *.mysub.com) doesn't have this security risk if you control the entire parent domain (as opposed to *.com, which is vulnerable). See rfc7230 section-5.4 for more information.
Preregister URL prefixes to bind to HTTP.sys and set up x.509 certificates.
If URL prefixes aren't preregistered in Windows, run the app with administrator privileges. The only exception is when binding to localhost using HTTP (not HTTPS) with a port number greater than 1024. In that case, administrator privileges aren't required.
The built-in tool for configuring HTTP.sys is netsh.exe. netsh.exe is used to reserve URL prefixes and assign X.509 certificates. The tool requires administrator privileges.
netsh http add sslcert ipport=0.0.0.0:443 certhash=MyCertHash_Here appid=00000000-0000-0000-0000-000000000000"
Create self-signed X.509 certificates, if required.
Open firewall ports to allow traffic to reach HTTP.sys. Use netsh.exe or PowerShell cmdlets.


Our new Hours with You Mint Blue Tank is the perfect piece to add to your wardrobe for upcoming spring and summer seasons! This tank is a solid mint blue color. It features soft, stretchy material that makes it so comfortable and flattering. You'll love the halter tank style, keyhole back, and subtle high-low hem. We're obsessed with the semi-sheer, crochet lace bodice! Pair our Hours with You Mint Blue Tank with your favorite skinny jeans and platform sandals for a pretty, everyday look!
Our Hours with You Mint Blue Tank is composed of 95% Rayon 5% Spandex. Hand wash cold. Hang or lay flat to dry. Please do not bleach.


text:
7. Confession suppressed
Court of appeals again blurs harmless error test
State v. Julius Alfonso Coleman, 2013AP2100-CR, 3/21/2017, District 1 (not recommended for publication); case activity (including briefs) Julius Coleman was set up by a confidential informant to participate in an armed robbery of a nonexistent drug dealer named "Poncho." He challenges the admission of various statements at trial on the ground that they were taken in… Read More
Brendan Dassey conviction overturned
Brendan Dassey v. Michael A. Dittmann, U.S. District Court (E.D. Wis.) No. 14-CV-1310, 2016 WL 4257386, 8/12/16 Brendan Dassey was charged with homicide and sexual assault after confessing to being involved in the murder of Teresa Halbach along with his uncle, Steven Avery. He challenged his confession, arguing it was involuntary, but the trial court and court of appeals… Read More
SCOW makes it easier for the state to satisfy the "inevitable discovery" exception to the exclusionary rule
by admin on July 5, 2016
State v. Mastella L. Jackson, 2016 WI 56, 7/1/16, affirming a published decision of the court of appeals, 2015 WI App 49, 363 Wis. 2d 553, 866 N.W.2d 768; case activity (including briefs) Despite the "flagrant" and "reprehensible" violations of Jackson's Fifth Amendment rights by police, the supreme court holds that physical evidence seized based in… Read More
Prison visitor subjected to custodial interrogation in violation of Miranda, but physical evidence not suppressed
State v. Marie A. Ezell, 2014 WI App 101; case actvity Prison guards overheard Ezell tell her incarcerated boyfriend that she would smuggle in drugs for him on her next visit. When she tried to follow through, the guards detained her in a conference room, questioned her, and obtained damning evidence. Due to the lack… Read More
Defendant was in custody while being questioned, so statements taken without Miranda warnings must be suppressed
State v. Brandon D Andre Burnside, 2013AP1293-CR, District 1, 4/29/14 (not recommended for publication); case activity Under the totality of the circumstances, a reasonable person in Burnside's position would not have believed that he could stop police questioning and leave. Therefore, the statements he made to the police before they administered Miranda warnings must be suppressed… Read More
Wisconsin Supreme Court adopts rule that assertion of right to counsel expires after a 14 day break in custody
State v. Andrew M. Edler, 2013 WI 73, on certification of the court of appeals; majority opinion by Justice Crooks; case activity Maryland v. Shatzer, 559 U.S. 98 (2010), allows police to reinitiate interrogation of a defendant who invoked his right to counsel if the defendant has been released from custody for at least 14… Read More
Miranda custody; "private safety" exception to Miranda
by admin on April 3, 2013
State v. Corey J. Uhlenberg, 2013 WI App 59; case activity Miranda custody Uhlenberg was in "custody" during an interview at the police department, so the circuit court should have suppressed the statements Uhlenberg made during the interrogation after he requested an attorney: ¶11 Throughout its arguments, the State emphasizes the fact that the detective repeatedly… Read More
Miranda-Edwards Interrogation Rule: Unequivocal Request for Counsel – Reinitiation of Interrogation
State v. Pierre R. Conner, 2012 WI App 105 (recommended for publication); case activity Interrogations – Miranda-Edwards Rule – Unequivocal Request for Counsel The issues on a request-for-counsel challenge to in-custody interrogation are whether the individual unequivocally invoked his right to counsel and, if so, whether he subsequently reinitiated questioning, Edwards v. Arizona, 451 U.S. 477, 484-85 (1981). Although the trial… Read More

redpajama_set_name: RedPajamaCommonCrawl


text:
Alienware 13 Review
By Victoria Song
Excellent performance.
Good battery life.
Compact size and sleek design.
Light for a gaming laptop.
Premium build quality.
Vibrant QHD touch screen.
Plenty of ports, including USB-C with Thunderbolt 3.
13-inch screen may not appeal to all gamers.
Fans get loud when gaming.
Think you need a hulking, insanely expensive gaming desktop for VR? Think again. The Alienware 13 is a truly portable, fairly affordable, high-performance VR-capable laptop with a vibrant QHD touch screen.
When you think of a gaming laptop, generally the first image that comes to mind is a thick slab that could substitute as a weight for an upper-body workout at the gym. The new Alienware 13 (starts at $999.99; $2,099 as tested) is one of the smallest, virtual-reality-capable gaming laptops you can buy. And while it wouldn't win in a performance battle against a larger gaming laptop or desktop, the Alienware 13 does boast some impressive hardware for its size, including an Nvidia Pascal-based series graphics card, 16GB of RAM, and a crisp QHD display. The small screen might be a deal breaker for some gamers, but the overall quality, excellent performance, and VR readiness of the Alienware 13 make it our new Editors' Choice for ultraportable gaming laptops.
As far as design goes, gaming systems usually fall into one of two categories: extremely loud or elegantly incognito. The Alienware 13 hews more toward the latter, with a sleek industrial aesthetic that hints at its gaming inclinations instead of outrightly declaring them. The dark gray lid is made from anodized aluminum, which gives it a smoother feel than plastic, and incorporates subtle geometric lines and the alien head from the company's logo. Another distinctive feature is the hinge-forward design, which means the lid opens about an inch in front of the rear edge of the chassis. Alienware says this allows for better cooling, improved audio, greater I/O port selection, and a thinner chassis. Visually, this is the most noticeable departure from the previous generation of Alienware laptops, aside from minor differences in thickness and overall size. You will also see this design on this year's updated Alienware 15 and Alienware 17 models.
Measuring 0.87 by 13 by 10.6 inches (HWD), the Alienware 13 is smaller than your average gaming laptop—though it's not the thinnest out there. The 2016 Razer Blade ($1,999.99 at Razer CA) , a 14-inch gaming ultraportable, is slimmer at 0.7 by 13.6 by 9.3 inches. That being said, it is on par with other sub-15-inch gaming laptops like the Maingear Pulse 14 (1 by 13.31 by 9.5) and the MSI GS40 6QE Phantom ( at Amazon) (0.86 by 13.5 by 9.6). And at 5.43 pounds, it's heavier than other laptops in the category. The Blade, the Pulse 14, and the MSI GS40 all weigh less than 5 pounds, but compared with some 17-inch gaming laptops, the Alienware 13 is light as a feather. The Asus ROG G752VS-XB78K Overclocked Edition , for example, tips the scale at a massive 9.92 pounds.
New Razer Blade Stealth (Intel Core i7, QHD Touch, Late 2016)
$999.99 at Razer CA
Origin EON17-X 10 Series
$2,167.00 at ORIGIN PC
Dell Inspiron 15 7000 Series (7559)
$799.99 at Dell
Razer Blade (2016)
$1,999.99 at Razer CA
Acer Predator 15 (G9-591-74KN)
MSI GS40 6QE Phantom
Given its size and price, the Alienware actually fills a unique niche between ultraportables and 15-inch entry-level gaming systems like the Dell Inspiron 15 7000 Series ($799.99 at Dell) . The Inspiron 15 is a bit heftier at 0.98 by 15 by 10.4 inches and 5.88 pounds, but for the price, it offers great value. Meanwhile, the Alienware is more expensive as it packs newer components, but what you end up with is all the power of a 15-inch in a more compact 13-inch form.
At 13.3 inches, the Alienware's display may prove too small for some gamers. But the OLED screen features a crisp 2,560-by-1,440 (QHD) resolution with touch capability. Most gaming laptops, including last year's Alienware 15 ($1,199.99 at Dell) , the Pulse 14, the MSI GS40, and the Asus ROG G752VS-XB78K, opt for 1080p, as higher resolutions can often slow down overall performance. You can read more on how the Alienware 13 handled QHD gaming in the performance section below, but rest assured that visuals are lush and vibrant. Overwatch ($12.00 at Humble Bundle) , known for its candy-colored palette, was a feast for the eyes. Other than the size, the only potential drawback of the Alienware's display is its glossy finish, which will attract glare and, if you use the touch screen, fingerprints.
The Alienware 13 has a low-key keyboard for a gaming laptop. The matte finish on the deck gives it a premium feel and is surprisingly resistant to fingerprint grease. After a week of testing, I still haven't found any evidence of smudging. Functionally, the full-size keyboard is steel-reinforced and the 2.2mm travel is comfortable for gaming. There's no number pad, though, as the compact size of the laptop precludes one. Aesthetically, the Alienware 13 is not quite as pretty as the Razer Blade. There's no per-key lighting, but you can customize the backlighting across four zones and choose from 20 colors using the AlienFX software. What's disappointing is that bleed between the keys isn't as bright as it could be. It's fine in a dark room, but some of the colors look washed out under proper lighting.
The touchpad itself is responsive, with right- and left-click buttons located directly below it. As with the keyboard, you can program the touchpad to light up from the same color options as the keyboard. But where the keyboard's backlighting is anemic, the touchpad's is intense—especially if you use the morph (a gradual fade between two colors) or pulse effects. If that's not enough, you can also tweak the lighting on the Alienware logo on the display, the alien head on the lid, and the Power button (yet another little alien head to the top right of the keyboard).
One notable feature is that Alienware's HD webcam comes with IR presence detection and support for Windows Hello. In the top bezel you'll find the webcam and status light, as well as another infrared camera and an infrared emitter, sandwiched between two microphones. You can also buy an external Tobii Eye-Tracking camera, which enables some nifty features like facial recognition login, presence detection security and application controls, as well as auto dimming for the screen and lighting when you're not present. While the software is included with the 13, the Tobii camera itself must be purchased separately. We were unable to confirm with Alienware exactly how much extra it will cost, and we'll update this review when we know for sure.
There is also a healthy number of I/O ports. On the left side you'll find a Noble lock slot, a USB 3.0 port, as well as audio-out and headphone jacks. The right side features another USB 3.0 port and a USB-C port. The remaining ports are located in the rear and include a USB-C port with Thunderbolt 3, a Gigabit Ethernet jack, a Mini DisplayPort connector, an HDMI 2.0 output, the power jack, and a port for adding an Alienware Graphics Amplifier ($174.99 at Dell) . The last is a proprietary port that lets you externally connect a desktop-grade video card, which is a neat workaround if you want even more powerful graphics.
Sound quality on the Alienware is decent, though not spectacular. The downward-firing speakers are located at the bottom of the chassis, and are loud enough to fill a medium-size room at full volume. But while they can handle explosions and higher pitches with aplomb, low-end sounds can be muddled. This is especially true when it comes to music—you can hear all the moving parts in an orchestral arrangement just fine, but there's a strange echo-like quality.
For connectivity, the Alienware 13 comes with dual-band 802.11ac wireless and Bluetooth 4.1. Storage-wise, the Alienware can be configured with up to 2TB of storage, depending on how much you want to spend. Our unit came with a 512GB solid-state drive (SSD), which isn't bad for a 13-inch laptop. That's more than the Razer Blade, which comes with a 256GB SSD, but the MSI GS40 has an 128GB SSD and a 1TB HDD for a lower price. For RAM, the Alienware can hold up to 32GB, but our unit came with 16GB. Lastly, the Alienware 13 is covered by a one-year warranty.
The Best Laptops for 2020
Yes, all these features are nice, but can the Alienware 13 play? In short: Yes, though you should be prepared for it to get a little loud. While gameplay was smooth during testing, it wasn't long before the fans started whirring. It's not the worst in terms of noise, but it is rather noticeable unless you turn up the volume on your headphones. Powered by a 2.6GHz Intel Core i7-6700HQ processor, an Nvidia GeForce GTX 1060 graphics card, and that 16GB of memory, the Alienware 13 achieved high marks on all of our tests.
See How We Test Laptops
On the most important metrics—3D and gaming—the Alienware 13 was particularly strong. It scored 22,990 points on 3DMark Cloud Gate, and 4,990 points on the more taxing Fire Strike Extreme. That beats the Razer Blade (19,892 on Cloud Gate, 3,349 on Fire Strike Extreme), the MSI GS40 (19,616 on Cloud Gate, 2,818 on Fire Strike Extreme), and the Dell Inspiron 15 (12,950 on Cloud Gate, 1,992 on Fire Strike Extreme) though it should be noted that these were all tested with the last generation of Nvidia graphics cards. On the Heaven and Valley gaming tests with 1,366-by-768 resolution and the graphics quality set to Medium, the Alienware 13 clocked in an impressive 128 frames per second (fps) and 85fps, respectively. On higher settings at its native resolution, the Alienware still registered 39fps on Heaven and 45fps on Valley. That beats out the Razer Blade, which logged 15fps and 17fps at 3,200 by 1,800. While the Alienware has a lower native resolution, it still outperformed the Blade when both were set to 1080p—the Blade averaged about 40fps, while the Alienware clocked in at around 67fps. Meanwhile, at 1080p, MSI GS460 trailed slightly behind the Blade at 32fps on Heaven and 35fps on Valley. The Dell lagged even further behind at 24fps and 19 fps on Heaven and Valley.
The results were closer when it came to productivity and multimedia. On the PCMark 8 Work Conventional test, the Alienware 13 scored 2,971 points, slightly edging out the Razer Blade (2,886) and Dell Inspiron 15 (2,833) but behind the MSI GS460 (3,307). The Alienware, Blade and MSI were nearly equal on HandBrake, with the Alienware completing the test in 1 minute, 7 seconds, compared with the Blade's 1:08 and the MSI GS460's 1:06. On CineBench R15, the Alienware led on with a score of 677 points. It lagged behind on Photoshop CS6, however, finishing the test in 3:30 compared with the Blade's 3:07 and the MSI's 3:26. But at the end of the day, you won't notice much of a difference between the three systems for these particular tasks.
The Alienware 13 also lasted a respectable 4 hours, 56 minutes, on our battery rundown test. That's 8 minutes less than the Razer Blade (5:04), and 9 minutes more than the MSI GS460 (4:47). All three were eclipsed by the Inspiron 15, which lasted an impressive 7:28. That being said, these are some atypical results. Most gaming laptops struggle to last longer than 2 or 3 hours unplugged. The Asus ROG G752VS-XB78K is impressive for a 17-inch gaming laptop at 3:48, but the Origin EON17-X 10 Series ($2,167.00 at ORIGIN PC) , our top pick for high-end gaming laptops, peters out at 2:07. Still, the Alienware's relatively long battery life adds to its portability factor.
If you're not put off by its screen size, Alienware 13 packs a lot into its small frame: VR capability, a beautiful QHD touch-screen display, ample ports, good battery life, smooth gameplay, and high build quality. It's heavier and less sleek than the Razer Blade, but the Alienware's superior Pascal-based graphics, portability, and competitive price earn it our Editors' Choice award for ultraportable gaming laptops.
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About Victoria Song
Victoria Song was a wearables and smart home analyst at PCMag. Since graduating from Temple University's Japan Campus in 2010, she's been found reporting and editing in every corner of the newsroom at The ACCJ Journal, The Japan News, and New York bureau of The Yomiuri Shimbun. In her spare time, she bankrupts herself going to theater, buying expansions to board games, and cleaning out the stacks at The Strand. Someday, she hopes Liverpool FC will win the league, but she isn't holding her breath.
Read the latest from Victoria Song
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Posted in: Christian, Christianity, Religion, Spirituality, Uncategorized.	Tagged: Christianity, God, gospel of John, Jesus, Love, Religion.
John having already affirmed the true deity of Christ now affirms His true humanity. This is a great mystery as to how Divinity can also assume humanity and yet remain divine. Finite understanding halts at the threshold of infinite love, wisdom, and power. Baffled and unable to go further Paul speaks of the incarnation as a great mystery (I Timothy 3:16). To stray beyond the bounds of what inspiration has made known is to delve into mysteries the human mind lacks the capacity to comprehend. What also boggles the mind is that Christ being fully human as you and I are, except that He "knew no sin" (II Corinthians 5:21). The scriptures repeatedly and emphatically proclaim this fundamental truth (see Luke 1:35; Romans 1:3; Romans 8:3; Galatians 4:4; Philippians 2:6-8; Colossians 2:9; I Timothy 3:16; Hebrews 1:2, 8; Hebrews 2:14-18; Hebrews 10:5; I John 1:2). Although Christ was originally "One as God" "in the form of God" "He did not count equality with God as things to be grasped, but emptied himself and, being born in the likeness of man" was found in human form" (Philippians 2:6-8).
From the days of eternity, the Lord Jesus Christ was one with the father, but he chose to give back the scepter into the Father's hands, and to step down from the throne of the universe in order that He might dwell among us and make us familiar with His divine character, which after all is the character of the Father.
The two natures, the divine and human were mysteriously blended into one person. Divinity was clothed with humanity, not exchanged for it. In no sense did Christ cease to be God when he became man. The human nature was not changed into the divine nor the divine into the human.
The disciple uses the word "Glory" in describing Jesus because in essence he was describing the character of God the Father that shown out through His Son, now in human form.
John bore witness of Him and cried out, saying, "This was He of whom I said, He who comes after me is preferred before me, for He was before me.
By divine inspiration John although never having seen Jesus before knew who he was. About Christ was a difference in character from all other people. There was a pureness about Him that set Him apart from all others. Although sinless, Christ was tempted as we are yet remained without sin.
God had given the law to Moses, but John makes us aware that all grace and truth comes through Jesus Christ. For no man has seen God, yet through Christ Jesus the character of God is revealed to all mankind for the only begotten Son has been in the very bosom (or intimate presence of God) therefore Jesus and Jesus alone can truly declare the true character of God and reveal Him to all mankind through his words, actions and miracles.
Properly understood Christ's unique status as the Son of God, the word monogenês distinguishes between Him and all others who through faith in Him are given "power to become the sons and daughters of God." (vs 12) and who are specifically declared to be "born of God" (vs 13). By virtue of this fact we "become the sons and daughters of God' when we receive Christ and believe on his name.
Therefore, the Word became flesh that He might dwell among us. For He alone is unique above all others, by dwelling with God the Father and then with mankind He can truly reflect God's character to us all. Therefore, he declares mankind to the Father and the Father to mankind.
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If you wish to, you can visit Ascerblog.xyz and sign up on the website. Post that, you can start sharing your content.
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Above photo is Joseph Stiglitz.
If rising income gaps are at least partly responsible for the global credit crisis, governments and companies should be wary of squeezing wages yet again to help rebuild their finances.
In the long buildup to the global financial crisis, households took on debt to offset the gradual fall in their incomes and consumption relative to the more wealthy.
But as they'll get little or no help from easy credit today, driving wages down even more risks a cratering of household consumption and a severe test of social cohesion.
A renewed public focus on decades of widening wealth and wage inequality in the United States, Britain and other developed and developing economies has been one of the most durable legacies of the five-year-old credit crisis.
Work by Nobel Laureate Joseph Stiglitz' on the 1 per cent of US super-rich, "Occupy" protest movements around the world and electoral swings to the left have all spotlighted what business, finance or government elites now realise they can't ignore.
While the share of US gross domestic product going to wages and salaries has fallen 10 percentage points to about 43 per cent since 1970, the slice going to companies in after-tax profits has surged, doubling to 12 per cent since 2005 in what HSBC described as "one of the most chilling charts in finance."
Whether you fear the impact on people's aspirations and sense of social justice or the sustainability of the corporate world's inflated share of the pie, the numbers are alarming everyone.
Marino Valensise, chief investment officer at Baring Asset Management, told the Reuters Investment Outlook Summit late last month that the fallout in terms of national psychology, public policy and consumption could be extensive.
"The US has never been as unequal as today. The American dream has become an American nightmare over the past 20 years."
Highlighting the sharp rise in inequality as measured by the so-called GINI coefficient of wealth distribution and the fact that US median incomes are no higher than they were 20 years ago, he said the social and political risks stemming from US income inequality was one of his big strategic economic themes of the next five to 10 years.


text:
HomeBusiness ResourcesBusiness OperationsCoca-Cola completes $2.15B purchase of Monster Beverage
Coca-Cola completes $2.15B purchase of Monster Beverage
The Coca-Cola Company has completed its $2.15 billion purchase of the Monster Beverage Corporation that was put into motion August 2014. Effective immediately, Coca-Cola now owns an approximate 16.7% stake in Monster.
The Coca-Cola Company has completed its $2.15 billion purchase of the Monster Beverage Corporation that was put into motion August 2014. Effective immediately, Coca-Cola now owns an approximate 16.7-percent stake in Monster.
Under terms of the deal, Coco-Cola Co. transferred ownership of its worldwide energy business, including NOS, Full Throttle, Burn, Mother, BU, Gladiator, Samurai, Nalu, BPM, Play and Power Play, and Ultra and Relentless, to Monster, and gained two seats on Monster's board of directors. In return, Monster transferred its non-energy business, including Hansen's Natural Sodas, Peace Tea, Hubert's Lemonade and Hansen's Juice Products, to Coca-Cola
Since the transaction was announced, Monster and Coca-Cola and its bottlers have amended their distribution arrangements in the United States and Canada by expanding into additional territories and entering into long-term agreements. Coca-Cola Co. also has become Monster's preferred global distribution partner with new international distribution commitments already in place with bottlers in Germany and Norway.
The deal comes at a time when the global energy drink sector is experiencing rapid growth, while the global soft drink industry is feeling the pinch as consumption declines. In 2013, carbonated soft drink (CSD) sales declined for the eighth straight year, while energy drink sales soared in volume. Per capita consumption of CSDs fell to the lowest level since 1987, and total sales volume dropped to levels not seen since 1996. Per capita consumption in the United States fell to 701 8-ounce servings in 2012, from 714 in 2011 and 728 in 2010.
The deal also in line with Coca-Cola's strategy to branch out from its soft drink roots into other beverage sectors. In February 2014, Coca-Cola purchased $1.25 billion in stock from Green Mountain Coffee Roasters, Inc., and signed a $1.25 billion 10-year agreement to collaborate on the launch of Keurig's new cold beverage platform. Under the agreement, GMCR will be Coca-Cola's exclusive partner for the production and sale of The Coca-Cola Company-branded single-serve, pod-based cold beverages. The companies also will explore other future opportunities to collaborate on the Keurig platform.
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UPDATED: Burger King has been scheduled for tonights Planning Board Meeting. The agenda, which was emailed by the Township at 1:27 a.m., the day of meeting, lists Jersey Shore Federal Credit Union Phase II, which is the proposed site for Burger King.
The meeting is scheduled for 7:00 p.m., in the Council Chambers at the Municipal Complex where the public is welcomed to attend and speak at the public portion of the application.
Galloway Township may soon be getting a Burger King. The project site for the proposed Burger King is scheduled to be located on Jimmie Leeds Road and Eighth Avenue, behind the Jersey Shore Federal Credit Union.
The area known as "Downtown Galloway", has a ShopRite, CVS, WaWa and TD bank located at the same intersection as well as other named commercial developments.
The application that was submitted calls for final site plan approval for Phase II which will allow for the construction of a one-story, 2,800 square foot restaurant building called (Burger King). The plan calls for twenty-five (25) parking spaces and a drive-thru lane with an exit across from the ShopRite exit onto Eighth Avenue.
"There has been a lot of talk about the Burger King but as of today I have not seen a plan or plans with layouts of building the Burger King or future buildings" said Mayor Don Purdy.
However it appears according to the Mayor's statement he was able to secure and endorse a business in a location of Downtown Galloway without first reviewing or seeing any plans for the site location or even reviewing same for the Planning, of which he is a member of.
"All of the planning that comes in front of the planning board I believe should be smart development growth for Galloway Township and I'm sure that the Galloway Township planning board has the best interest of Galloway in mind" Purdy stated.
The application wasn't filed with the Township until December 2013, after the announcement by the Mayor. The application has yet to reach the Planning Board for approval. The applicant has waived the timeframe required by law in order for the Board to make a decision as the applicant is currently seeking other agency approvals and may have to submit revised plans accordingly.
"Galloway Township needs more commercial development to try to offset the tax burden on the taxpayers in Galloway Township and I will reserve the right to comment until I have reviewed the plans and give my opinion on this project" Purdy stated.
The application has not been scheduled for a Planning Board meeting. Galloway Township News will continue to update the status of this project.
Couldn't have picked a worst spot to put this. Why can't it placed on the White Horse Pike (Route 30) next to the CVS in Pomona?
This town keeps talking about the need for commercial development along that road but they keep approving commercial businesses elsewhere.
Honestly...I would like to see the vacant commercial buildings in the area filled before we start trying for new construction. The coffee shop @ Jimmie Leeds & Chris Gaupp........Louie's has been vacant for years.....the diner on Pomona Rd & Route 30...the beauty parlor in the strip mall on Route 30 near the Valero gas station.
I'm no expert in how to court & secure new commercial businesses....so I'll make suggestions instead of criticisms...but i would much rather see a locally owned, independent diner re-open than a new fast food joint be built.
We all want to see more tax ratables & responsible growth in Galloway...I'm just not sure that a Burger King is the answer.
I agree with the poster above. It's already too congested in that area. It would be great located on the White Horse Pike.
The Burger King in Absecon is on a major highway and it is struggling, what makes anyone think a hidden business would strive with this proposed location?
Why is they mayor wanting a Burger King in downtown Galloway? Put it on rt30 next to his business. I bet you he wouldn't want it there.
Can't wait to see the traffic study that will be presented to the Planning Board with this application. The Mayor used this announcement less than one week before election day to boost his popularity. Let's see if it actually happens.
"Development" like this....if that is what you want to call it....should be reserved for the Whitehorse Pike corridor of the township that is in desperate need of new projects. The fact that a BK sits on the eastern end of the Absecon WHP stretch likely deems it not an option due to franchise region exclusivity, etc.
Not only is this a bad decision for Galloway to make on many levels it's simply a poor location for a Burger King Restaurant. The last scenario Galloway needs is a closed up BK in less than 5 years. It's not a sustainable location to obtain the volume of customers to thrive and succeed. This should be fought tooth & nail by the residents of the township.
A few years ago Ventnor approved new commercial construction for a Checkers fast food restaurant in the Ventnor Plaza on Wellington Ave. It lasted 2 years. Good intentions...poor planning.
Mayor Purdy endorsed closing the US Post Office on Jimmy Leeds Rd. because he didn't think we should be competing with private business like UPS. His words " we should not be in the postal business". I guess we ARE in the hamburger business and the other food outlets across the street be dammed because we need the tax rateables. It belongs on rt. 30, no brainer.
it was also said that shoprite at jim leeds and pitney road wouldn't make it either but besies the parking, shoprite seems to be thriving. there is enough housing in that area for BK to make it. Tell sometimes when your get that craving for a cheeseburger and you have to run to Absecon, wouldn't you rather just run down the street to 8th ave then to Absecon. I know I would.
It takes healthy citizens to build and sustain a healthy community. Another fast food restaurant! Really!!!???
You people complain about everything. Unbelievable.
A bunch of stupid self serving comments. You need more businesses to bring down the taxes. Over 12% unemployment. This brings jobs.
This is going to cause a LOT of traffic on 8th ave trying to get back on jimmie leeds rd, plus all the cars coming out of shoprite. This should have been on rt 30. Its hard enough now trying to get on jimmie leeds now from 8th ave, and forget about making a left from 8th. STUPID.
Do you really thing a burger king is going to bring your taxes down? REALLY? With all the jobs lost in AC and all the forclosures and you think your taxes are going to go down or halt? NEVER going to happen. The schools keep asking for more money every year and the state saying no, a burger king is not going to help. Galloway has high taxes and we get nothing for it. Leaf pick up and sometimes snow plowing. Galloway makes it hard for a bussiness to get permits to build also dont help.


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Tokyo Disney's Toy Story hotel, which has yet to be officially named, sounds like it will have similar aims. According to a press release from Oriental Land Co., Ltd., which owns and operates Tokyo Disney, the backstory of the hotel involves Andy "[embarking] on the ultimate backyard project: a building to house all his toys." However, Andy has been called away by his mom, thereby enabling the toys to "take over the 'toy' tower and open it as a hotel for all the 'honorary' toys of the world." (Sounds a bit like the premise for Toy Story Land in both Shanghai Disney and Walt Disney World, doesn't it?) Its planned opening is set for the 2021 fiscal year, so it could start welcoming guests anytime between April 1, 2021 and March 31, 2022.
As for what kinds of features the Tokyo Disney Toy Story hotel will have? Details are sparse right now, but we do know a little about what's planned. According to the Disney Parks Blog, "guests will enjoy a world where everything looks like it's made of toys" — "everything" covering "the hotel exterior to the spacious gardens." The rooms, of which there will be about 600, will take their inspiration from Andy's bedroom; "colorful furniture" and "other immersive features" plucked from the Toy Story universe will fill the spaces, and characters like Woody and Buzz will make appearances. Shopping and dining options will also be available.
All of that is pretty broad, though. But even if we technically just have to wait and see to find out more, we can look to Shanghai Disney's version of the hotel to get a better idea of what might be in store. Photos from the hotel's page on the Shanghai Disney website show bright, colorful rooms adorned with Andy's signature cloud wallpaper, bedspreads and shower curtains emblazoned with Toy Story's playful cast of characters, and fun details like bedside tables designed to look like Rubik's cubes.
It's worth remembering that the Shanghai and Tokyo versions of the Toy Story hotel might not ultimately be identical; indeed, we already know that the structure of the buildings will be somewhat different: Shanghai Disney's hotel has 800 rooms spread out over five floors, while the Tokyo Disney version will have fewer rooms (600) and more floors (11). However, given Disney's tendency to take ideas that originated at one park and adapt them for a different one (looking at you, Remy's Ratatouille Adventure) it's likely the two spots will have at least a few things in common.
More is sure to come, so stay tuned!