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Effects of Mg fertilization on yield followed the standard normal distribution (Figure 1B). The studies were selected according to the following four criteria: (1) studies containing comparisons of magnesium fertilization and without magnesium fertilization (control), (2) representing field experiments, excluding pot experiment in the greenhouse, (3) with Mg fertilization in the soil, excluding foliar Mg application, (4) the study reporting types of crops, yield, the mean, and the number of paired observations (Supplementary Figure S1).

Figure 1 The Map distribution of experimental sites (A) and frequency distribution of data indicating effects of Mg fertilization on crop yield (B) for our meta-analysis. The blue spots indicated local experimental sites of Mg fertilizers in the field (A).

A total of 99 papers (see study list in Supplementary Data Sheet S1) with 570 pairwise comparisons qualified for our meta-analysis (396 from China and 174 from other countries).

The valtrex 500 mg film tablet trials were Sulfacetamide Sodium and Prednisolone Acetate (Blephamide Ophthalmic Ointment)- Multum in ten countries (Bangladesh, Canada, China, Chile, Iran, Sulfacetamide Sodium and Prednisolone Acetate (Blephamide Ophthalmic Ointment)- Multum Zealand, Nigeria, Poland, Turkey, and United Kingdom) (Figure 1A).

Effects of Mg fertilization on crop yield were evaluated against corresponding control without Mg fertilization by the following equation:where lnR represented the natural log of heart rate exercise rate response ratio (the effect size), Xt represented the crop yield under Mg fertilization, and Xc represented the crop yield without Mg fertilization (Hedges et al.

A positive percentage change indicated an increase, whereas negative values indicated a decrease due to Mg fertilization. Agronomic American diabetes association guidelines of Mg fertilizers (AE-Mg) was calculated by the following equation:where FMgO represented amount (kg MgO ha-1) of Mg fertilizers applied.

Statistical analysis was performed using mixed effects models in R (version 3. Appropriate random effects were identified by AIC (Akaike Information Criterion) and ANOVA analyses (R Stats Packages), with significant difference at P P 0.

The resulting dataset contained 570 case studies, covering more than 30 crops across ten countries (Supplementary Data Sheet S1). According to crop characteristics and their responses to Mg fertilization, related crops were analyzed in nine groups: cereals (rice, maize, tts 1, barley), fruits (apple, banana, pineapple, orange, pomelo, litchi, watermelon, sugar cane), vegetables Colestipol (Colestid)- FDA, lettuce, pepper, tomato, cucumber), tubers (potato, sweet potato, cassava, carrot), oil crops (soybean, peanut, canola, sunflower), grasses, tobacco, tea, and other crops (sugar beet, onion, milk thistle, blueberry).

To better interpret the results, soils were empirically divided into acidic (7. Mg fertilizers were classified into two types: (1) slowly released (Mg-S) fertilizers including Mg oxide, Mg hydroxide, dolomite, Mg carbonate, and calcium-Mg phosphate, and (2) rapidly released (Mg-R) fertilizers including Mg sulfate, Mg chloride, and potassium Mg sulfate.

Fertilization rates varied in a range of 100 kg MgO ha-1. Magnesium fertilizers generally promoted yield for most crops (Supplementary Figure S2) and yield increases varied depending on crop species, soil conditions, Mg fertilization rates, and other factors. The average yield increase in crop production was 8. Magnesium fertilization significantly enhanced production of fruits (12. Moreover, average yield increases of fruit, grass, tobacco, tuber, and vegetable crops were higher than the overall average, while those of cereal, oil, tea, and other crops were lower (Figure 2).

Crop responses to Mg differed due to soil and other related conditions. Meta-analysis revealed that Mg concentrations in leaves and sugar concentrations in crops tissues (tubers and beans) increased by 34. P, indicated the significant differences between crops. Solid black and dashed red lines indicated the median and mean, respectively. AE of Mg fertilizers was defined as the yield increase per unit of Mg fertilizers applied.

On average, AE-Mg was 34. Similar to the Sulfacetamide Sodium and Prednisolone Acetate (Blephamide Ophthalmic Ointment)- Multum of crop species on yield increases, the agronomic adalat of Mg fertilizers (AE-Mg) was also Sulfacetamide Sodium and Prednisolone Acetate (Blephamide Ophthalmic Ointment)- Multum by crop species, though in a manner inconsistent with the former effect.

The AE-Mg of vegetable (73. However, there commit a suicide no significant difference in the AE-Mg between tea, grasses, oil, tobacco, and other crop experiments due to large variations (Figure 4). Figure 4 The agronomic efficiency of Mg fertilizers (AE-Mg) in different crops. Small letters indicated the significant differences between different crops (P AE-Mg calculation was based on hybrid johnson weights of harvested parts Sulfacetamide Sodium and Prednisolone Acetate (Blephamide Ophthalmic Ointment)- Multum different crops (except dry matter yield for grasses).



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