التعاقب المحصولي للماش Vigna radita L. الملقح بعدة أجناس من البكتريا المثبتة للنتروجين و أثر ذلك على نمو و إنتاجية محصول الحنطة Triticum aestivum L. اللاحق بدون حراثه

Other Title(s)

The cropping consequence of the fertilized mungbeans (Vigna radiata L.)‎ by many types of nitrogin fixed-bacteria and its impact on the growth and productivity of wheat (Triticum aestivum L.)‎ in the coming zero tillage

Joint Authors

الجبوري، جاسم محمد عزيز
الدليمي، مروان خلف محمد

Source

مجلة جامعة كركوك للعلوم الزراعية

Publisher

Kirkuk University College of Agriculture

Publication Date

2019-12-31

Country of Publication

Iraq

No. of Pages

8

Main Subjects

Agriculture

English Abstract

A field experiment was completed at the research station of the Department of Agriculture at the University of Tikrit, Salaheddin province during the agricultural seasons 2016-2017 and 2017-2018.

The study was related to the cultivation of the Mungbean crop in the summer season 2016-2017 after being vaccinated with three species of bacteria: Azotobacter, Rhizobium, and Azospirllium.

and the recommendation of the fertilizer in the winter season of 2017-2018 .

Five varieties of wheat were grown: (tmouz2, AboGhrib3, Abaa99, Adnania, and sham6), in the experimental units were planted with mung bean.

In addition to the treament of the barren land.

In the mungbean experiment,Randomized Complet Block Design of R.C.B.D was used with three replicates.

and in the experience of crop succession as a global experiment with the splitting system by using the design of complete random sectors.

The results of the study showed that the fertilization of mungbean with azotobacter significantly increased the seed yield and reached 3524,6 kg/ha.

The number of pods was 57, 3.

The results of the sequencing expermint showed that the ratio of mung bean with Azosperlim was higher than the leaf area and reached 1523.96 d2/m2 in the number of grains per m,which amounted to 628.00 spike/m2.

The treament of mungbean fertilized with azotobacter was superior in weight of 1000 grains and reached 41.79 gr.

The experiment did not show any significant difference in all the interactions in the number of grains in a spike, and the amount of harvest.

Tamouz 2 wheat was superior in the length of spike: 10.09 cm, the number ofgrains in a spike was: 53.18 Adnania wheat was superior number of spikes: 610.40 spike in m2, and in the weight of 1000 grains (47.49 /gr).

Sham 6 was superior in the leaf area (1706.95 dc2/m2).

The experiment showed that there was a an interaction among types and treaments which gave Sham 6 in the treament of mungbean vaccinated with Rhizobium the highest value in the leaf area (1966.5 dc/m2) However, in the number of spikes Abo-Greb3, treated with fertilizer, was superior (690.67 spike/m2), Sham 6 was superior in the number of grains in a spike in the treament of mung bean with azotobacter, to reach (59.68 grain), and in the value of 1000 grains: Adnania was superior in the treatment of mung bean with azosperlim to reach: (48.70 gr).

In the grain harvest: Adnania treated with fertilizer was the highest: (7.65 ton/ha).

Data Type

Conference Papers

Record ID

BIM-1249963

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