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31 Mart 2012 Cumartesi

Aronia Planting Guide Part VI - Pruning, Pest, Landscaping, Harvesting, and Yields

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Pruning

After establishment, the oldest stems should be pruned to ground in late dormant season. Restrict bush height & increase bushiness by cutting back upright stems.

After berries have dropped or been harvested prune to shape the plant. Pruning the Aronia plants while the plants are young will also encourage branching. The best time to prune is in the late winter or spring before growth starts. By pruning in the early spring just before growth starts. This means there is only a short time before new growth begins and for the wound sealing process to take place. It does not seriously harm plants in the long run to cut plants back so that they may produce a dense growth of new shoots This is called "pollarding". As the plants grow larger prune to thin the plant so all parts of the plant receive sunlight.

Pest

Japanese beetles and other insect pests generally will leave the aronia plants alone. Blueberry Croft farm and nursery has not had problems with Japanese beetles.

For long-term pest management, a good defense against Japanese beetle involves improving the soil in your property so that the beneficial micro organisms that live there are active and numerous. The micro organisms eat Japanese beetle eggs under the grass in around plant roots. Mulching and using aerated compost tea made using worm casting is a good approach to improving your soil and the number of beneficial micro organisms in the soil.

Aronia berries are more resistant to microbial invasion than other fruits.

Aronia berries will provide food for deer; rabbits and songbirds in the fall after the berries are fully ripe if left unpicked. Before they are fully ripe they are so bitter that songbirds will avoid them.

In summary the major pest are as follows

DeerRabbitsSongbirds (in the fall after fruit is ripe)Japanese beetles (usually not a problem)A few maggots from Spotted Wing Drosphila have found in a few berries in some sites. A possible solution is to try putting some traps with molasses, brewer's yeast, etc to try to lower populations around Aronia and other berry plants.

Landscaping

The practice of growing aronia as a landscape plant is increasing. One of the reasons is because it can handle both wet and dry soil in addition to being a very ornamental plant. It is attractive in each season and not effected by most diseases and pests. These are outstanding landscape plants. They have attractive white flowers in the spring and beautiful glossy green leaves all summer long. The dark berries in the fall at the end of the year and are a plus by providing healthy fruit.

Their ability to withstand wet situations makes aronia plants appropriate for growing along the edges of ponds, streams or other similar conditions. Aronia works well as a riverbank stabilizer, or in fields in the path of water runs to control erosion or in any large-scale planting in which a growing mass is needed. Aronia plants are especially useful in roadside ditches or a moist low tract of land that is a natural landscape feature or a human-created one. Consider using the cultivar Nero if you enjoy seeing heavy production of larger and longer lasting black fruits on a more compact plant 3 to 4 feet tall. If youare planning to have a productive plantation with high-quality fruit Nero or the taller growing Viking plants are good choices.

Harvesting

For more than 1/2 to 1 acre mechanical harvesting is more efficient, faster and less costly than hand harvesting.

Aronia fruit stay good for a relative long period of time and can be stored unharmed in the containers even for a few days. "This means they can also be shipped to customers' right after picking without refrigeration. This is a significant opportunity and benefit because it also makes it possible to deliver the fruit harvested from a large area to the processing facility all at the same time.

The processing of fresh aronia is not hard to accomplish. Although the fruit is soft their shock-resistance allows them to be stored for a longer time than other more fragile berries.

Fruit Yields

The second year after planting 2-year-old nursery aronia plants in the field they usually are reported to produce about 2 pound of fruit per plant. The third year after planting in the field they are reported to produce about 10 pounds of fruit per plant. The four to fifth year after planting they are reported to yields about 20 pounds of fruit per plant. Fruit production is reported to be as high as 35 pounds per mature plant. In terms of the growth of aronia plants the saying is "First they sleep, then they creep and then they leap".

At 20 pounds per plant, 1000 plants per acre would be expected to produce 20,000 pounds of berries.

Purchase your pesticide free aronia and blueberries from (Blueberry Croft Farm and Nursery). We understand both the theory and practical applications of growing aronia and blueberries. The farm is a reputable source for quality aronia and blueberry plants. Over 30 varieties of blueberries are grown and sold. Viking aronia plants are available for sale. Purchase your plants and get more information from http://www.blueberrycroft.com/. Get free S/H on orders of $75+. © 2011 May be reproduced in entirety with live link


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25 Mart 2012 Pazar

Using a Scientific Approach To Increase Rice Crop Yields

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The revolution of elections over the last decades has produced two technologies that will impact in our agriculture in the next decade. These technologies are GPS and GIS. Along with these technologies are wide range of sensors, controllers, and monitors for the agricultural equipment. Together they enable the farmers to use the electronic guidance aids to direct the movements of the equipments more accurately, analyze all of the data that are associated with the sources of data, and provide precise positioning for all the actions of the equipment and chemical action.

Topcon Precision Agriculture is a business unit of TPS that designs and manufactures precise positioning products and solutions for agriculture. In fact the Topcon Positioning Systems, Inc. (TPS) has designed software for the professional farmer. Topcon Positioning Systems has been supplying the agricultural market with the positioning software and hardware technology in the areas of precision land leveling, mapping, water use management, and machine control. This is another step filling out the Topcon agriculture product portfolio so to provide a complete solution for precision farming. Precision farming is not only thought as yield mapping and variable rate fertilizer application and then evaluated on only one or the other. The precision farming technologies affect the entire production function of the farm. This kind of farming allows for improved economic analyses. This makes farm planning more complex and easier. There is so much more map date in order to utilize long term cropping plans, salinity controls, and erosion controls. But those farmers who are implementing precision farming are likely working closer with the professionals in the GPS, agricultural, and computing sciences. Precision farming does not happen as soon as the farmers purchase a GPS unit or a yield monitor. It happens as the farmer adopts the new level of management intensity on the rice farm. This includes a better understanding on the types of soils, micro climates, hydrology, and the aerial photography. The farmer should identify first the variance of factors within the rice fields that affect the crop yield before the yield map is acquired.

Over the past decades, larger and faster farm machines have delivered the capacity of the farmers to manage the ever-expanding farms. Farmers have the most part to continue to treat the large fields into uniform elements. Precision agriculture is actually a cyclic process but a farmer can get started on specific site farming at about any time of the year. Normally, farmers need to perform the annual planning, analyzing steps to complete the precision, and data collection. Yield monitoring is possibly the most important foundation of the precision agriculture. The modern yield monitor utilizes sensors in combination of the continuous log grain flow rate during the harvest period. The collected information is then used to precisely evaluate the optimum sowing density, to more accurately predict crop yields, and to estimate fertilizers and other needed inputs. This helps in avoiding unwanted practices to the crop regardless of the local conditions such that it reduces water, labor, pesticides, fertilizers, etc, and more importantly to assure the quality of the rice.

Farmers have the most part to continue to treat the large fields into uniform elements. Precision agriculture is actually a cyclic process but a farmer can get started on specific site farming at about any time of the year. Normally, farmers need to perform the annual planning, analyzing steps to complete the precision, and data collection. Yield monitoring is possibly the most important foundation of the precision agriculture.


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