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Place Your Order....We Sell Hybrids Plantain Sucker.....Don't just buy suckers other places,because they might sell to you the kind of sucker called maiden head suckers which always look big and fresh....the leaves are very greenish and tall looking like hybrids...when germinate but it does not bear any fruits....even if you leave it for 10 years it will continue looking fresh but no friutes...We Sedulus Plantain Farming brought a hybrid Plantain suckers call musa-Paradisiaca ...Place Order Now ....call 08057761905

Place Your Order....We Sell Hybrids Plantain Sucker.....Don't just buy suckers other places,because they might sell to you the kind of sucker called maiden head suckers which always look big and fresh....the leaves are very greenish and tall looking like hybrids...when germinate but it does not bear any fruits....even if you leave it for 10 years it will continue looking fresh but no friutes...We Sedulus Plantain Farming brought a hybrid Plantain suckers call musa-Paradisiaca ...Place Order Now ....call 08057761905

Place Your Order....We Sell Hybrids Plantain Sucker.....Don't just buy suckers other places,because they might sell to you the kind of sucker called maiden head suckers which always look big and fresh....the leaves are very greenish and tall looking like hybrids...when germinate but it does not bear any fruits....even if you leave it for 10 years it will continue looking fresh but no friutes...We Sedulus Plantain Farming brought a hybrid Plantain suckers call musa-Paradisiaca ...Place Order Now ....call 08057761905

Place Your Order....We Sell Hybrids Plantain Sucker.....Don't just buy suckers other places,because they might sell to you the kind of sucker called maiden head suckers which always look big and fresh....the leaves are very greenish and tall looking like hybrids...when germinate but it does not bear any fruits....even if you leave it for 10 years it will continue looking fresh but no friutes...We Sedulus Plantain Farming brought a hybrid Plantain suckers call musa-Paradisiaca ...Place Order Now ....call 08057761905

Place Your Order....We Sell Hybrids Plantain Sucker.....Don't just buy suckers other places,because they might sell to you the kind of sucker called maiden head suckers which always look big and fresh....the leaves are very greenish and tall looking like hybrids...when germinate but it does not bear any fruits....even if you leave it for 10 years it will continue looking fresh but no friutes...We Sedulus Plantain Farming brought a hybrid Plantain suckers call musa-Paradisiaca ...Place Order Now ....call 08057761905

Place Your Order....We Sell Hybrids Plantain Sucker.....Don't just buy suckers other places,because they might sell to you the kind of sucker called maiden head suckers which always look big and fresh....the leaves are very greenish and tall looking like hybrids...when germinate but it does not bear any fruits....even if you leave it for 10 years it will continue looking fresh but no friutes...We Sedulus Plantain Farming brought a hybrid Plantain suckers call musa-Paradisiaca ...Place Order Now ....call 08057761905

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Vegetative growth Neither soil amendments, fertilizer applications methods nor fertilizer compositions had a significant effect on pseudostem height or girth, or on leaf area at flowering (Table 4). Treatment effects were only significant for the number of leaves at flowering between Saline-Ring-NPK plants (8.2 leaves/plant) and Amended-Mixed-NPK and Amended-Ring-NPK+micro plants (14.0 and 13.8 leaves/plant, respectively). Replacing the saline field soil in the root zone with non-saline soil improved the growth of ‘Malindi’ plants compared to those planted in saline soil. However, replacement soil plants did not reach the average size of ‘Malindi’ plants grown under optimum conditions in Oman (psedoustem height, 180 cm; MAF, 1995).

Vegetative growth Neither soil amendments, fertilizer applications methods nor fertilizer compositions had a significant effect on pseudostem height or girth, or on leaf area at flowering (Table 4). Treatment effects were only significant for the number of leaves at flowering between Saline-Ring-NPK plants (8.2 leaves/plant) and Amended-Mixed-NPK and Amended-Ring-NPK+micro plants (14.0 and 13.8 leaves/plant, respectively). Replacing the saline field soil in the root zone with non-saline soil improved the growth of ‘Malindi’ plants compared to those planted in saline soil. However, replacement soil plants did not reach the average size of ‘Malindi’ plants grown under optimum conditions in Oman (psedoustem height, 180 cm; MAF, 1995).

Vegetative growth Neither soil amendments, fertilizer applications methods nor fertilizer compositions had a significant effect on pseudostem height or girth, or on leaf area at flowering (Table 4). Treatment effects were only significant for the number of leaves at flowering between Saline-Ring-NPK plants (8.2 leaves/plant) and Amended-Mixed-NPK and Amended-Ring-NPK+micro plants (14.0 and 13.8 leaves/plant, respectively). Replacing the saline field soil in the root zone with non-saline soil improved the growth of ‘Malindi’ plants compared to those planted in saline soil. However, replacement soil plants did not reach the average size of ‘Malindi’ plants grown under optimum conditions in Oman (psedoustem height, 180 cm; MAF, 1995).

Vegetative growth Neither soil amendments, fertilizer applications methods nor fertilizer compositions had a significant effect on pseudostem height or girth, or on leaf area at flowering (Table 4). Treatment effects were only significant for the number of leaves at flowering between Saline-Ring-NPK plants (8.2 leaves/plant) and Amended-Mixed-NPK and Amended-Ring-NPK+micro plants (14.0 and 13.8 leaves/plant, respectively). Replacing the saline field soil in the root zone with non-saline soil improved the growth of ‘Malindi’ plants compared to those planted in saline soil. However, replacement soil plants did not reach the average size of ‘Malindi’ plants grown under optimum conditions in Oman (psedoustem height, 180 cm; MAF, 1995).

Vegetative growth Neither soil amendments, fertilizer applications methods nor fertilizer compositions had a significant effect on pseudostem height or girth, or on leaf area at flowering (Table 4). Treatment effects were only significant for the number of leaves at flowering between Saline-Ring-NPK plants (8.2 leaves/plant) and Amended-Mixed-NPK and Amended-Ring-NPK+micro plants (14.0 and 13.8 leaves/plant, respectively). Replacing the saline field soil in the root zone with non-saline soil improved the growth of ‘Malindi’ plants compared to those planted in saline soil. However, replacement soil plants did not reach the average size of ‘Malindi’ plants grown under optimum conditions in Oman (psedoustem height, 180 cm; MAF, 1995).

Vegetative growth Neither soil amendments, fertilizer applications methods nor fertilizer compositions had a significant effect on pseudostem height or girth, or on leaf area at flowering (Table 4). Treatment effects were only significant for the number of leaves at flowering between Saline-Ring-NPK plants (8.2 leaves/plant) and Amended-Mixed-NPK and Amended-Ring-NPK+micro plants (14.0 and 13.8 leaves/plant, respectively). Replacing the saline field soil in the root zone with non-saline soil improved the growth of ‘Malindi’ plants compared to those planted in saline soil. However, replacement soil plants did not reach the average size of ‘Malindi’ plants grown under optimum conditions in Oman (psedoustem height, 180 cm; MAF, 1995).

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Abstract. In vitro-propagated plants of plantain (Musa spp., AAB group) did not manifest consistently superior horticultural performance compared to conventional propagules. Tissue culture plants grew vigorously and taller than sucker-propagated plants, but higher yield was not obtained, probably because of severe disease and suboptimal husbandry input. Phenotypic variation was higher in tissue culture plants, although this increase was not always statistically significant. There were no other detrimental effects of in vitro propagation on field performance. Botanical seed set rates for the two types of propagules were similar. The advantages of tissue-culture-derived plants as improved planting material would be most relevant for establishing field nurseries for further clean, conventional propagation of newly bred or selected genotypes.

Abstract. In vitro-propagated plants of plantain (Musa spp., AAB group) did not manifest consistently superior horticultural performance compared to conventional propagules. Tissue culture plants grew vigorously and taller than sucker-propagated plants, but higher yield was not obtained, probably because of severe disease and suboptimal husbandry input. Phenotypic variation was higher in tissue culture plants, although this increase was not always statistically significant. There were no other detrimental effects of in vitro propagation on field performance. Botanical seed set rates for the two types of propagules were similar. The advantages of tissue-culture-derived plants as improved planting material would be most relevant for establishing field nurseries for further clean, conventional propagation of newly bred or selected genotypes.

Abstract. In vitro-propagated plants of plantain (Musa spp., AAB group) did not manifest consistently superior horticultural performance compared to conventional propagules. Tissue culture plants grew vigorously and taller than sucker-propagated plants, but higher yield was not obtained, probably because of severe disease and suboptimal husbandry input. Phenotypic variation was higher in tissue culture plants, although this increase was not always statistically significant. There were no other detrimental effects of in vitro propagation on field performance. Botanical seed set rates for the two types of propagules were similar. The advantages of tissue-culture-derived plants as improved planting material would be most relevant for establishing field nurseries for further clean, conventional propagation of newly bred or selected genotypes.

In vitro-propagated plants of plantain (Musa spp., AAB group) did not manifest consistently superior horticultural performance compared to conventional propagules. Tissue culture plants grew vigorously and taller than sucker-propagated plants, but higher yield was not obtained, probably because of severe disease and suboptimal husbandry input. Phenotypic variation was higher in tissue culture plants, although this increase was not always statistically significant. There were no other detrimental effects of in vitro propagation on field performance. Botanical seed set rates for the two types of propagules were similar. The advantages of tissue-culture-derived plants as improved planting material would be most relevant for establishing field nurseries for further clean, conventional propagation of newly bred or selected genotypes.

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In the overwhelming majority of cases tilling is done by hand. A hoe with a large blade is the universal tool for tilling. So far, only in some areas are ox-drawn ploughs used. But there are plans to extend this method of tilling to other parts of the country where the slopes are gentle. Deep ploughing as done in Europe would be disastrous in tropical conditions since it would aggravate soil erosion.

There are several traditional methods of tilling. The simplest one, practiced on fertile, well drained soil, is the simple scratching of the surface with a cutlass, planting maize seeds and covering them at once with soil. Tilling and planting are done at the same time. According to the slope of the land, the farmers often make mounds or ridges when tilling. These ridges, mounds or beds often contain grass and the remains of the previous crops as manure. Initially, ridges were made down the slope of a hill. In this way, work was easier for the women who worked moving uphill. Contour ridging means a much more uncomfortable working position, the more so the steeper the slope. The downward sloping ridges make erosion worse.

In the overwhelming majority of cases tilling is done by hand. A hoe with a large blade is the universal tool for tilling. So far, only in some areas are ox-drawn ploughs used. But there are plans to extend this method of tilling to other parts of the country where the slopes are gentle. Deep ploughing as done in Europe would be disastrous in tropical conditions since it would aggravate soil erosion.

There are several traditional methods of tilling. The simplest one, practiced on fertile, well drained soil, is the simple scratching of the surface with a cutlass, planting maize seeds and covering them at once with soil. Tilling and planting are done at the same time. According to the slope of the land, the farmers often make mounds or ridges when tilling. These ridges, mounds or beds often contain grass and the remains of the previous crops as manure. Initially, ridges were made down the slope of a hill. In this way, work was easier for the women who worked moving uphill. Contour ridging means a much more uncomfortable working position, the more so the steeper the slope. The downward sloping ridges make erosion worse.

In the overwhelming majority of cases tilling is done by hand. A hoe with a large blade is the universal tool for tilling. So far, only in some areas are ox-drawn ploughs used. But there are plans to extend this method of tilling to other parts of the country where the slopes are gentle. Deep ploughing as done in Europe would be disastrous in tropical conditions since it would aggravate soil erosion.

There are several traditional methods of tilling. The simplest one, practiced on fertile, well drained soil, is the simple scratching of the surface with a cutlass, planting maize seeds and covering them at once with soil. Tilling and planting are done at the same time. According to the slope of the land, the farmers often make mounds or ridges when tilling. These ridges, mounds or beds often contain grass and the remains of the previous crops as manure. Initially, ridges were made down the slope of a hill. In this way, work was easier for the women who worked moving uphill. Contour ridging means a much more uncomfortable working position, the more so the steeper the slope. The downward sloping ridges make erosion worse.

In the overwhelming majority of cases tilling is done by hand. A hoe with a large blade is the universal tool for tilling. So far, only in some areas are ox-drawn ploughs used. But there are plans to extend this method of tilling to other parts of the country where the slopes are gentle. Deep ploughing as done in Europe would be disastrous in tropical conditions since it would aggravate soil erosion.

There are several traditional methods of tilling. The simplest one, practiced on fertile, well drained soil, is the simple scratching of the surface with a cutlass, planting maize seeds and covering them at once with soil. Tilling and planting are done at the same time. According to the slope of the land, the farmers often make mounds or ridges when tilling. These ridges, mounds or beds often contain grass and the remains of the previous crops as manure. Initially, ridges were made down the slope of a hill. In this way, work was easier for the women who worked moving uphill. Contour ridging means a much more uncomfortable working position, the more so the steeper the slope. The downward sloping ridges make erosion worse.