Posts Tagged spring season

Hazelnut Pest Control

Hazelnuts can be cultivated in hot climatic regions. These regions should have sufficient supply of water to produce quality nuts. These nuts tend to provide better results to all dietary needs exhibited by the body. Several vitamins can be extracted out of these nuts. These nuts are active ingredients of rich protein that are essential to carry out all the basic functions in human body. The climatic conditions and available nutrients from the soil determine the quality of nut obtained through cultivation. Also one needs to understand about the basic methodology about the hazelnut cultivation.

Issues in Hazelnut cultivation

Hazelnut cultivation is carried out in countries like Australia. The ambient conditions in these countries facilitate the production of nutrient-rich nuts. These nuts can also be exported to other countries to fetch huge profits. Hazelnut cultivation involves presence of soil that tends to permit adequate penetration of roots deep inside the soil. These nuts can be cultivated in the spring season so that adequate temperature is maintained. Presence of nutrients such as phosphorous is essential to get better growth. But there are certain issues that tend to produce massive impact over the growth of hazelnut cultivation. Elimination of pests is some of defining tasks to be carried out by the cultivators.

Pests in hazelnut cultivation

There are several kinds of pests that are present in the fields wherein hazelnut cultivation takes place are Almond moth, hazel aphid, beetle and mites. These tend to hinder the normal growth of hazelnuts. Bud mite that causes severe damage to hazelnuts should be identified early. Also presence of hazel aphid can cause direct impact over the crops. The big beetles and bud mites can inhibit the initial growth of crop. This can also institute the entry of secondary damages caused by pests. These serve as platform for attack from other pests too.

Pest control techniques

There are several pest control methodologies adopted by the people. Using organic fertilizers can bring down pests level considerably. Also one can maintain proper balance between organic fertilizers and soil nutrients by initiating growth of insects and plants that are beneficial for hazelnut crop. This is widely used method of pest control.

Article Summary:

Hazelnut cultivation involves effective management of pests by using proper pest control methods. There are varieties of pests that cause damage to growth pf hazelnut crops. Using organic fertilizers attack from pests such as bud mites can be prevented. Also employing proper beneficial insects growth can eliminate some of common pests involved in hazelnut cultivation.

Resource Box Info: One may get sufficient information about easy pest control methods adopted in hazel nut cultivation. To gain some more details about hazelnut pest control, one can visit http://www.agricultureguide.org/. This website offers comprehensive knowledge about the hazelnut cultivation techniques.

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Protected Vegetable Cultivation – Part 2 / 2

While choosing the crops to be planted, it is important to choose the varieties which are appropriate for the growing season and have a potential of healthy growing, high productivity and long shelf-life. The appropriate sowing time for tomato changes depending on the growing environment and region. Read the rest of this entry »

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Protected Vegetable Cultivation – Part 1 / 2

Vegetable and fruit growing and ornament planting in low and high systems under environmental conditions created by eliminating external climatic factors is called protected cultivation. Among these systems, there are high constructions protected by glass or plastic, which are called greenhouses. As more crops can be harvested using protected vegetable growing than outdoor agriculture, income increases likewise. In protected vegetable cultivation, tomato growing comes first. Then comes cucumber, eggplant, melon, squash and watermelon growing. Read the rest of this entry »

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The Protected Cultivation of Fresh Beans

Up until recently, fresh beans were grown on the bottom of columns in greenhouses as intermediate products in order to utilize space. However, for the last few years, fresh bean cultivation has been accomplished via the monoculture method. Fresh beans are not selective in soil and can thrive in sandy, sandy loam and humus soil. Bean growing is more difficult in salty soils.

Speaking of salt, irrigation water should not be salty either. Beans grow well under 6.1 – 7.4 pH degrees and are sensitive to cold. The minimum temperature required for seed germination is 50 F while the optimum temperature required is 68 F – 77 F during their development period and 64 – 68F during their flowering period. The temperature of the soil should be 64 F.

Fresh beans are not selective during the duration of daylight exposure. In greenhouses, fresh beans are grown in warm seasons (particulary in spring) by shadowing them. In this way, the temperature in a greenhouse is reduced during hot weather. On the other hand, there is no need for shadowing during the autumn season.

Beans do not like excessive humidity

Beans do not like excessive humidity during their flowering period since this causes the failure of their seed set. However, they require 60 – 70% water in the soil they are planted in. Irrigation should be done accordingly. There should not be much air current or a high level of humidity/temperature.

There are two cropping periods to consider when fresh beans are grown in a greenhouse — the fall season and the spring season. Cropping is done in the middle of September during the autumn and in the middle of December during the springtime.

The greenhouse in which the fresh beans are grown must be solarized or disinfected with chemicals during the summer, just as it is typically done for the other greenhouse products.

In addition, the ventilation windows of the greenhouse should be covered with a material which will allow air to enter but discourage insects from passing through (particularly during the fall season in order to protect against viruses). After tilling the soil for plantation, masuras are must be prepared for the double-row method with spacings of 45x20x15 inches.

One hour before drilling, soil should be left under warm chemical water in order to protect against diseases and harmful factors. 1-2 swollen seeds must be placed into each planting hole and covered with soil. Soil should not be humid during this process. Watering should not be done until the seeds are germinated and the cotyledon and first set of real leaves come up. Otherwise, seed decaying occurs due to excess water.

What to do, When the seedlings have 2 to 3 leaves ?

When the seedlings have 2 to 3 leaves, hoeing should be done. Trellising structures should be created by lacing twines on each row. This process should be done expeditiously, otherwise the plants will not grow effectively. Fresh beans have an innate twining quality. Once a bean plant clings to a trellis, it twines around the trellis and grows upright. There is no need for twisting it or pruning. Water should be given in small portions until the first formation of beans. When the beans begin to grow, they will need more water and thus the amount of water will increased along with the interval time (which will be reduced).

Which chemicals need to use ?

In the production of greenhouse beans, a controlled amount of organic fertilizers must be added to the soil. Prior to greenhouse solarization, 4-5 tons of stall fertilizer should be applied per thousand square meters.
Upon the first real irrigation, irrigation as well as fertilization should be applied during the growing period.
In one growing period, a total of  8-12 kg nitrogen (N), 10-12 kg phosphorus (P2O5) and 12-15 kg potassium (K2O) should be applied in pure form.

In fresh beans, the potential for self fertilization is 99%. Before the plants flower, the male and female organs are mature enough for fertilization and once the fertilization process is accomplished, flowers develop. Dry and hot weather during the fertilization period have a negative impact on the fruit set. The fruit (which is a bean) becomes small, it curls up, and then it turns yellow and falls off.

In fresh bean growing, beans should be harvested when they are mature and green. The fruit is a bean and there are seeds between the two carpel leaves. Harvesting should not be done before the seeds are filled and before the beans are in their place. There are three typical bean shapes: flat with curled ends, an open C or S letter.

In the event of diseases or pests, chemical control should be taken in accordance with the Technical Guidelines of Agricultural Control.

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The Protected Cultivation of Squash

Squash cultivation is economical during fall, early spring and single-crop seasons. The appropriate drilling periods are September during the Fall season, the end of October, the beginning of November (in a single crop season) and the middle of December during the early spring season. Squash seedlings are grown in the same manner as that of cucumber seedlings. However, as there is a considerable risk of viruses during the fall season, seedlings need to be covered with a fine muslin or a mosquito net for protection against white flies.

Squash plants should be trellised using string in order to maximize space and pruning is not necessary. However, fruit flowers which are not inseminated on the plant and thus not able to grow should be picked up and discarded (as these are the most appropriate environments for the development of grey mould and white mould, which are serious diseases found in greenhouses). Additionally, squash does not like too much heat.

On the other hand, squash grows well in low temperatures but a light frost can cause plants to die, so they must be carefully watched. Male and female flowers, which are on the different parts of the squash plant, need to be pollinated via insects, therefore, unnecessary insecticides should be avoided.

In addition, in January and February during a single crop season (when the environment is not appropriate for insemination), it is possible to promote fruit sets by using 4 CPA hormone application with the dosage of 20 PPM to newly emerged female flowers. Squash should be harvested once every 3 three weeks (at the latest) during winters and once every two weeks during other seasons. Harvesting should be accomplished via a knife and fruit should not be harmed. In addition, during seasons with high temperatures, harvesting should be done early in the morning.

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