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Having received reports of insecticide spraying on wheat for aphids, we thought it appropriate to discuss the various reasons and options for aphid management. Aphid infestations in wheat great enough to cause economic damage are rare in Ohio. However, aphids can, under certain conditions, build in numbers and damage wheat by feeding on the plant during seedling stages. At this time, the number of aphids being found in most fields is well below the treatment threshold of 50 aphids per linear foot of row.Most concern is with virus transmission. Most insecticide applications appear to be towards lowering the incidence of BYDV next spring by reducing the number of aphids now, rather than stopping the injury from the aphids themselves. For aphids to successfully transmit the virus, they normally need between 12 and 30 hours feeding to acquire the virus, and then 4 or more hours of feeding to transmit it. However, aphids are capable of acquiring the virus after feeding on infected plants for only 30 minutes and once they acquire the virus, they can transmit it to healthy plants for the rest of their life. High incidences of BYDV had been reported last spring in some parts of Ohio. Some of those fields reportedly had as much as 20% of the plants showing symptoms typical of this disease: erect leaves with yellowish to reddish-purple tips. This disease is caused by several related viruses transmitted by more than 20 different species of aphids. Yield reduction due to BYDV is generally greater when infections occur in the fall than in the spring. BYDV tends to be most severe in fields planted before the fly-free date in which aphid populations reach high levels. However, some fields planted after the fly-free date last year had high levels of BYDV, most likely because of warm temperatures that kept aphids active for a longer time period. Because the past month has seen warmer than normal temperatures, growers are concerned with the potential for problems.The recommended management tactic for BYWV are: 1) plant varieties less susceptible to BYDV; 2) delay planting until after the Hessian fly safe date to avoid early fall infections; 3) balanced fertility; and 4) controlling volunteer wheat, barley, and oats (for more on BYDV, visit the field crops disease website at -state.edu/ohiofieldcropdisease/wheat/byd.htm). Spraying insecticide to control aphids in an attempt to manage BYDV is open to discussion, and usually not a recommend tactic. During active feeding, a few aphids will be enough to transmit the virus from one plant to another. Any aphids present prior to spraying may have already transmitted BYDV, while other aphids may continue to arrive in the field after the spraying. When spraying insecticides to control aphids early, growers should know that the residual effect of the insecticide may not last long enough to protect against later aphid population buildup nor virus transmission. Though insecticides applied after infection will reduce the aphid population, it will not prevent the disease from developing once the plants have been infected. Once infections occur, there is very little that can be done.Are there situations where it is acceptable to spray for aphids, and where insecticide application might pay? Purdue recently published an article in their newsletter that addresses possible situations ( ). These include: 1) wheat under drought stress with aphids present; 2) growing a variety known to be susceptible to BYD with aphids present; 3) wheat being grown for seed; 4) wheat that is highly intensively managed with a 100+ bu/A potential yield; and 5) wheat planted before the fly-free date. If a decision is made to spray an insecticide, see the following web site ( ) for a list of labeled materials. However, for most growers, cost-effective control of BYDV may not be possible by aphid spraying.

Animal manure is one of the most complete nutrient resources for agronomic crops. However, like other fertilizers it requires management to capitalize on its economic value. Manure has its complications. Air and water quality can become an issue when it is not properly managed.Nutrient testing programs establish the foundation for developing sound manure management practices. Routine manure testing provides the farmers with a good estimate of the nutrients contained within the manure. In the same way, routine soil testing provides an estimate of the nutrients contained within the soil profile and determines if excess nutrients are accumulating in the soil. These results in conjunction with realistic crop yield goals will establish an agronomic application rate for manure, which is necessary to meet the nutrient requirements of a growing crop. However, agronomic application rates do not always match the environmental limitations of the field or soil.Typically, liquid manure requires more management than more solid forms of manure. As the water content of manure increases manure can more easily move off-site. At times the agronomic rate may exceed the application rate needed to minimize the potential for manure to move off-site and cause an environmental problem. For liquid manure this environmental rate is closely related to the available water holding capacity of the soil on the day of application. It is recommended that liquid manure be applied at the rate limited by either crop nutrient needs or the available water holding capacity of the soil. This optimized manure application rate will minimize ponding and the downward movement of liquid manure on artificially drained soils. If the soil is approaching saturation, the total volume of manure applied will be limited by the available water holding capacity of the soil.Dry soils present additional needs. Relatively dry soils can hold a large volume of water before becoming saturated. Those dry soils may also crack presenting a direct conduit to subsurface drain/tiles. Prior tillage may be necessary to disrupt the cracks and aid in liquid absorption. The appropriate application rate will balance the ability of the soil to absorb and hold the manure and the nutrients content of the manure. In some cases, multiple reduced rate application passes may be necessary to achieve the desired nutrients. The bottom line is manure must be managed in order to maximize its nutrient and biological benefits.Furthermore, equipment calibration is critical component of a sound application program. Manure nutrients are not fully utilized unless they are applied in the correct place and at the correct time. If producers are not reasonably certain of the quantity of the manure applied, it is very difficult to estimate the quantity of nutrients supplied by the manure application. Equipment that is not properly calibrated could cause manure nutrients to be over applied or under applied, reducing crop yields.The even distribution of manure over the land surface also affects the value of manure nutrients. Application equipment that concentrates the flow of liquid manure into a relatively narrow band will have an application rate significantly higher in that band than the rate achieved if manure had been evenly distribute between these narrow bands. If injection is desired consider using narrower spacing to reduce the volume from individual injection points (or a disk type implement with a distribution manifold for even distribution across the swath). If injection is used, it should only be deep enough to cover the manure with soil, keeping the nutrients in the root zone.When entering a field for manure application observe where environmentally sensitive areas, for example, ditches, grassed waterway, surface drains, property boundaries, drinking water wells, residential boundaries public access areas, stand pipes or tile inlets, buffer strips, wet areas and tile blow-outs. Be aware of the field conditions for example, surface residue cover, field slope, soil moisture, wind direction and speed, temperature, humidity, time of day, and the weather forecast. All of these factors will determine when, where and how much, if any, manure should be applied on that day. Established setbacks from sensitive areas can be found in Natural Resources Conservation Service, Practice Standard 633, Waste Utilization and Ohio Livestock Manure Management Guide (Bulletin 604). A copy of the practice standard and/or Bulletin 604 is available through your local SWCD/NRCS or OSUE office.To put it simply, the value of manure is directly related to the management of that manure before, during and after application. Manure nutrient management balances nutrient resources available from manure and soil with the needs of the crop and field limitation. Calibration of the application equipment, awareness of environmentally sensitive areas and available water holding capacity of the soils are good management practices to help minimize the potential unwanted environmental impacts. The value of manure is in its proper management.

Located in the heart of downtown Portland, the Duniway Portland, a Hilton hotel, is within walking distance of premier shopping, nightlife, major offices, and the MAX Light Rail. Each boutique-style room boasts a 65-inch HDTV.Each boutique room at this contemporary style hotel features Waldorf Serenity beds with 500 thread count linens. All rooms are air-conditioned and include a 65-inch HDTV, a mini refrigerator, and upscale bath products. In-room local coffee and tea are also included. Some units have a seating area for your convenience. Every room comes with a private bathroom. For your comfort, you will find bathrobes and free local bath products.Guests can enjoy breakfast, lunch, or dinner at Chris Cosentino's Jackrabbit Restaurant, specialising in shared plates, house-cured meats, and gin-centric cocktails. Coffee is available in the on-site coffee bar, and room service is available during restaurant hours.There is a 24-hour fitness centre at the hotel, along with a heated indoor waveless lap pool. Guests can access the on-site business centre 24 hours per day. There is a concierge staff available at the property to provide information to guests on nearby attractions or book reservations at local restaurants.Portland Saturday Market is 1.2 km from Duniway Portland, while the Portland Art Museum is 300 metres away. Governor Tom McCall Waterfront Park is 600 metres from the property. Portland International Airport is 10 km away. 2b1af7f3a8