A field study has been conducted during autumn season of 2016 at Karbala province of Hindia by mung bean plant Vigna radiate L. is a local category to study the interrelated effect of both the Mycorrhiza fungi (Glomus mosseae ( and the Rhizobia bacteria (R.leguminosarum)Under levels of water stress. Three treatments of irrigation are used ; (S1 irrigation every 5 days and S2 irrigation every 10 days and S3 irrigation every 15 days) and four levels of Bio fertilizer are used (without inoculation) (C 0 ) and (Rhizobium inoculation) (R) and (mycorrhiza inoculation)(M) and (the interaction between mycorrhiza and Rhizobium) (M+R). A split plot in randomized complete block design is used with three replications to do this experiment. Treatments of irrigation are used as main plots while Bio fertilizer levels are used as sub-plot. Least significant difference (LSD) at 5% probability is used to compare between the means.The results showed irrigation every 5 days (S1) was superior in having the highest average of (The dry weight of the root, number of pod per plant, number of seeds per pod ,100 seeds weight ,seed yield , Biological yield) Amount (0.78 gm. Plant -1 , 31.33 pods. Plant -1 , 8.45 seed .pod -1 , 3.82 gm , 3.77 tan .ha -1 , 7.37 tan .ha -1 ) respectively. without significant difference between them treatment of irrigation 10 days (S2) in 100-seed weight 3.50 gm. Moreover treatment Bio fertilizer (R+M) significantly gives the highest means for yield and yield components (0.89 gm. Plant -1 , 33.64 pods. Plant -1 , 8.42 seed .pod -1 , 4.10 gm , 4.00 tan .ha -1 , 7.70 tan .ha -1 ) respectively. The interaction among (R+M)S1,(R+M)S2 and(M)S1 significantly give the highest means for all plant characteristics.

A factorial experiment was carried out by spraying the fig (Ficus carica L.) trees cv. Aswad Diyala at post-harvest in the 2014 and 2015 seasons, in one orchards of Diwaniyah city/ Iraq, with two liquid fertilizers: Azomin and Prosol at 3 levels (0, 3 and 6) g.l -1 and (0, 2 and 4) g.l -1 , respectively. The results showed that third level of both fertilizers gave The widest leaf area:{(5.53, 6.42) and ( 5.52 , 6.38)}m 2 .tree -1 , highest leaf content of chlorophyll {(131.63 ,55.211) , (132.63 , 130.93)}mg.100g -1 more N percent of leaf {(2.12 , 2.11) , (2.31, 2.34)}%, highest carbohydrates percent of leaf {(14.65 , 15.10) , (14.83, 15.02)}%, for compounds and seasons, respectively. As for the crop that took place in the 2015 and 2016 seasons gave the highest yield{(20.50, 21.66) (20.80, 21.30)}kg.tree -1 , most level of K in the fruit{(280.10, 272.70), (292.40, 288.50)}mg.100g -1 and highest content of anthocyanin{(512.10, 519.90), ( 482.90, 494.50)} mg.100g -1 . There was a significant interaction between the experimental factors, which reached a peak in the third level, in the leaf area in the 2014 and 2015 seasons (5.51 and 6.86) m 2 .tree -1 , and the anthocyanin in the 2015 and 2016 seasons in fruit (518.20 and 534.80) mg.100g -1 , respectively. It can be concluded that the post-harvest spraying of Aswad Diyala cv., with the, Azomin and Prosol at the levels of 6 and 4g.l -1 , respectively, gave the best results2

A factorial experiment was carried out by spraying the fig (Ficus carica L.) trees cv. Aswad  Diyala at post-harvest in the 2014 and 2015 seasons, in one orchards of Diwaniyah city/ Iraq, with two liquid fertilizers: Azomin and Prosol at 3 levels (0, 3 and 6) g.l-1 and (0, 2 and 4) g.l-1, respectively. The results showed that third level of both fertilizers gave The widest leaf area:{(5.53, 6.42) and (5.52 , 6.38)}m2.tree-1, highest leaf content of chlorophyll{(131.63 ,132.55), (132.63 , 130.93)}mg.100g-1more N percent of leaf {(2.12 , 2.11) ,(2.31, 2.34)}%, highest carbohydrates percent of leaf {(14.65 , 15.10) , (14.83, 15.02)}%, for compounds and seasons, respectively. As for the crop that took place in the 2015 and 2016 seasons gave the highest yield{(20.50, 21.66) (20.80, 21.30)}kg.tree-1, most level of K in the fruit{(280.10, 272.70), (292.40, 288.10)}mg.100g-1 and highest content of anthocyanin{(512.10, 519.90), (482.90, 494.50)} mg.100g-1. There was a significant interaction between the experimental factors, which reached a peak in the third level, in the leaf area in the 2014 and 2015 seasons (5.85 and 6.86) m2.tree-1, and the anthocyanin in the 2015 and 2016 seasons in fruit (518.20 and 534.80) mg.100g-1, respectively. It can be concluded that the post-harvest spraying of Aswad Diyala cv., with the, Azomin and Prosol at the levels of 6 and 4g.l-1, respectively, gave the best results

Use biofirtilizer forming for quantity Bacterial Azospirullum braslieanse and VAM Glomus  mossea  and  four  levels of   rock  phosphate ( 0 , 80, 140 , 200 Kg  . ha -1) to study the single effect and double and triple interaction in the availability NPK In the Rhizosphere ( cucmuise stivease L. ) . Although the yield contains few nutrients but is considered one of the most important crops in Iraq ( 36). It is fast growing and needs high fertilization of NPK ( 38). It gave a solo biofertilizer  bacterial and fungal and the level of rock phosphate 140 Kg ha -1 on characters  NPK  Measured in soil , achieving the highest significant increase in the values ​​of treatments 50.43 , 49.52 , 50.70 mg N .kg 1 and 16.02 , 15.51 , 16.26 mg P .kg  1 and 191.54 , 192.26 , 192.32 mg K .kg -1 On the sequence compared with   Control. The results of the double interaction  in bacterial with fungal  , bacterial interaction with phosphate rock, and fungi interaction  with phosphate rock at 140 Kg -1 .ha Increase in characters  NPK Measured in soil , , As it achieved the highest  significant  increase in treatments values 51.04  , 52.5 , 51.41   mg N .kg - 1 16.28   , 16.47 , 16.81 mg P .kg - 1 and 192.59 , 192.24 , 193.29 mg K .kg -1 On the sequence in relation to its control. The results of the triple interaction  Bacterial, fungal, and phosphate rock was given at the level of phosphate rock 140 Kg. Ha -1 increase in characters NPK Measured in soil , if triple interaction achieves the highest significant increase in the values ​​of treatments 52 . 84 mg N .kg - 1 and 16.92 mg P .kg m - 1 and 193.29 mg K .kg m - 1 On the sequence in relation to its control. The results showed that the triple interaction ( A. braslieanse  + Glomeas mossea + Phosphate rock ) at level 140 Kg . Ha -1 Phosphate rock gave the highest significant increase in the values ​​of nitrogen, phosphorus and potassium in the soil of the plastic house . As the interaction between these microorganisms was positive and the impact of living one on the other was a catalyst in the increase of availability NPK .

A field study has been conducted during autumn season of  2016 at Karbala province of  Hindiaby mung bean plant Vigna radiate L. is a local category to study the interrelated effect of both the Mycorrhiza  fungi (Glomusmosseae(and the Rhizobia bacteria (R.leguminosarum)Under levels of water stress. Three treatments of irrigation are used ; (S1 irrigation every 5 days and S2 irrigation every 10 days and S3 irrigation every 15 days) and four levels of Bio fertilizer are used (without inoculation) (C0)and (Rhizobium inoculation) (R) and (mycorrhiza inoculation)(M) and (the interaction between mycorrhiza and Rhizobium) (M+R).  A split plot in randomized complete block design is used with three replications to do this experiment. Treatments of irrigation are used as main plots while Bio fertilizer levels are used as sub-plot. Least significant difference (LSD) at 5% probability is used to compare between the means.    The results showed irrigation every 5 days (S1) was superior in having  the highest average of (The dry weight of the root, number of pod per plant, number of  seeds per pod ,100 seeds weight ,seed yield ,Biological yield) Amount(0.78 gm. Plant-1, 31.33 pods. Plant-1 , 8.45 seed .pod-1 , 3.82 gm ,3.77  tan .ha-1 , 7.37tan .ha-1) respectively. without significant difference between them treatmentof irrigation 10 days (S2) in 100-seed weight3.50  gm. Moreover treatment Bio fertilizer (R+M) significantly gives the highest means for yield and yield components (0.89 gm. Plant-1, 33.64pods. Plant-1, 8.42  seed .pod-1, 4.10 gm , 4.00 tan .ha-1, 7.70 tan .ha-1) respectively. The interaction among (R+M)S1,(R+M)S2 and(M)S1 significantly give the highest means for all plant characteristics