₦airaland Forum

Land clearing : #60,000.00 only south west region
fumigation:#45,000.00
Planting of Sucker: #50.00 each sucker can be multiplied with how many you want. depend on meters.
Sucker #160 wit transportation.
labour:#55,000.00
other can be discus on fone sit ...thank you visit www.facebook.com/sedulusplantainfarming

Sedulus Technologies strives to make marketing and publicity effective and accessible to everyone. We love what we do, and we want to share our passion, expertise, creativity and sense of humor to support the missions of our clients. We want to be a catalyst of innovation and a vibrant leader in our industry.

If you need a partner who has the skill, knowledge and who is passionate about bringing your brand to live and adding value to your ROI, consider contacting us

Sedulus Technologies strives to make marketing and publicity effective and accessible to everyone. We love what we do, and we want to share our passion, expertise, creativity and sense of humor to support the missions of our clients. We want to be a catalyst of innovation and a vibrant leader in our industry.

If you need a partner who has the skill, knowledge and who is passionate about bringing your brand to live and adding value to your ROI, consider contacting us

Sedulus Technologies strives to make marketing and publicity effective and accessible to everyone. We love what we do, and we want to share our passion, expertise, creativity and sense of humor to support the missions of our clients. We want to be a catalyst of innovation and a vibrant leader in our industry.

If you need a partner who has the skill, knowledge and who is passionate about bringing your brand to live and adding value to your ROI, consider contacting us

Sedulus Technologies strives to make marketing and publicity effective and accessible to everyone. We love what we do, and we want to share our passion, expertise, creativity and sense of humor to support the missions of our clients. We want to be a catalyst of innovation and a vibrant leader in our industry.

If you need a partner who has the skill, knowledge and who is passionate about bringing your brand to live and adding value to your ROI, consider contacting us

it now depnd on what spacing you intend using ...we have 1x1,2x2,3x3...meters.
For 1x1 you need :1000 suckers
For 2x2 you need:870suckers
for 3x3 you need :750 $uckers
Each suckers cost #120 transportation exclusive.
with transportation is #160
..Our farm is in Ibadan and in Edo state...
Thanks for the spacing meters deference advantage /disadvantages ....pls call mr.clifford
08120757274

The advantages of in vitro micropropagation include higher rates of multiplication; production of clean, or disease-free, planting material; and the small amount of space required to multiply large numbers of plants. These advantages of micropropagation are particularly relevant to vegetatively propagated crops, such as banana and plantain (Musa spp. L.), in which germplasm handling typically is fraught with such obstacles as slow multiplication, bulkiness, and poor phytosanitary quality of conventional propagules. Hence, in vitro, shoot-tip culture is a vital technical adjunct to any international Musa breeding program for multiplication and dissemination of newly bred clones. Thus, development of a shoot-tip culture technique for micropropagation of Musa has received considerable attention during the past 15 years and since has become well established

The advantages of in vitro micropropagation include higher rates of multiplication; production of clean, or disease-free, planting material; and the small amount of space required to multiply large numbers of plants. These advantages of micropropagation are particularly relevant to vegetatively propagated crops, such as banana and plantain (Musa spp. L.), in which germplasm handling typically is fraught with such obstacles as slow multiplication, bulkiness, and poor phytosanitary quality of conventional propagules. Hence, in vitro, shoot-tip culture is a vital technical adjunct to any international Musa breeding program for multiplication and dissemination of newly bred clones. Thus, development of a shoot-tip culture technique for micropropagation of Musa has received considerable attention during the past 15 years and since has become well established

The advantages of in vitro micropropagation include higher rates of multiplication; production of clean, or disease-free, planting material; and the small amount of space required to multiply large numbers of plants. These advantages of micropropagation are particularly relevant to vegetatively propagated crops, such as banana and plantain (Musa spp. L.), in which germplasm handling typically is fraught with such obstacles as slow multiplication, bulkiness, and poor phytosanitary quality of conventional propagules. Hence, in vitro, shoot-tip culture is a vital technical adjunct to any international Musa breeding program for multiplication and dissemination of newly bred clones. Thus, development of a shoot-tip culture technique for micropropagation of Musa has received considerable attention during the past 15 years and since has become well established

The advantages of in vitro micropropagation include higher rates of multiplication; production of clean, or disease-free, planting material; and the small amount of space required to multiply large numbers of plants. These advantages of micropropagation are particularly relevant to vegetatively propagated crops, such as banana and plantain (Musa spp. L.), in which germplasm handling typically is fraught with such obstacles as slow multiplication, bulkiness, and poor phytosanitary quality of conventional propagules. Hence, in vitro, shoot-tip culture is a vital technical adjunct to any international Musa breeding program for multiplication and dissemination of newly bred clones. Thus, development of a shoot-tip culture technique for micropropagation of Musa has received considerable attention during the past 15 years and since has become well established

The advantages of in vitro micropropagation include higher rates of multiplication; production of clean, or disease-free, planting material; and the small amount of space required to multiply large numbers of plants. These advantages of micropropagation are particularly relevant to vegetatively propagated crops, such as banana and plantain (Musa spp. L.), in which germplasm handling typically is fraught with such obstacles as slow multiplication, bulkiness, and poor phytosanitary quality of conventional propagules. Hence, in vitro, shoot-tip culture is a vital technical adjunct to any international Musa breeding program for multiplication and dissemination of newly bred clones. Thus, development of a shoot-tip culture technique for micropropagation of Musa has received considerable attention during the past 15 years and since has become well established

The advantages of in vitro micropropagation include higher rates of multiplication; production of clean, or disease-free, planting material; and the small amount of space required to multiply large numbers of plants. These advantages of micropropagation are particularly relevant to vegetatively propagated crops, such as banana and plantain (Musa spp. L.), in which germplasm handling typically is fraught with such obstacles as slow multiplication, bulkiness, and poor phytosanitary quality of conventional propagules. Hence, in vitro, shoot-tip culture is a vital technical adjunct to any international Musa breeding program for multiplication and dissemination of newly bred clones. Thus, development of a shoot-tip culture technique for micropropagation of Musa has received considerable attention during the past 15 years and since has become well established

The advantages of in vitro micropropagation include higher rates of multiplication; production of clean, or disease-free, planting material; and the small amount of space required to multiply large numbers of plants. These advantages of micropropagation are particularly relevant to vegetatively propagated crops, such as banana and plantain (Musa Plantain), in which germplasm handling typically is fraught with such obstacles as slow multiplication, bulkiness, and poor phytosanitary quality of conventional propagules. Hence, in vitro, shoot-tip culture is a vital technical adjunct to any international Musa breeding program for multiplication and dissemination of newly bred clones. Thus, development of a shoot-tip culture technique for micropropagation of Musa has received considerable attention during the past 15 years and since has become well established

What is happening?....Never wait till rushing ours... Place order for plantain suckers.....improved variety..... Call Mr.Clifford 08057761905.....Don't be left out..join the moving plantain train

What is happening?....Never wait till rushing ours... Place order for plantain suckers.....improved variety..... Call Mr.Clifford 08057761905.....Don't be left out..join the moving plantain train

Propagators are used for sprouting of new seedlings and hardening of the subsequent sprouts. Simple propagators can be constructed using fairly cheap materials, such as bamboo and polythene sheets. Enterprising banana seedling producers could use iron rods and cast a concrete floor. It is important that at least 50% shade is provided and that the fragile seedlings are well-protected, by constructing a shade above the propagators. A convenient size for a propagator is 1.5 (width) x 5.0 (length) x 1 (height) meter. Propagators should be kept clean and completely covered with transparent polyethylene sheets. Humidity and temperature should be high. The propagator compartments can be made using wood or bricks and should measure not more than 0.5 m in height.

Propagators are used for sprouting of new seedlings and hardening of the subsequent sprouts. Simple propagators can be constructed using fairly cheap materials, such as bamboo and polythene sheets. Enterprising banana seedling producers could use iron rods and cast a concrete floor. It is important that at least 50% shade is provided and that the fragile seedlings are well-protected, by constructing a shade above the propagators. A convenient size for a propagator is 1.5 (width) x 5.0 (length) x 1 (height) meter. Propagators should be kept clean and completely covered with transparent polyethylene sheets. Humidity and temperature should be high. The propagator compartments can be made using wood or bricks and should measure not more than 0.5 m in height.

Propagators are used for sprouting of new seedlings and hardening of the subsequent sprouts. Simple propagators can be constructed using fairly cheap materials, such as bamboo and polythene sheets. Enterprising banana seedling producers could use iron rods and cast a concrete floor. It is important that at least 50% shade is provided and that the fragile seedlings are well-protected, by constructing a shade above the propagators. A convenient size for a propagator is 1.5 (width) x 5.0 (length) x 1 (height) meter. Propagators should be kept clean and completely covered with transparent polyethylene sheets. Humidity and temperature should be high. The propagator compartments can be made using wood or bricks and should measure not more than 0.5 m in height.

Propagators are used for sprouting of new seedlings and hardening of the subsequent sprouts. Simple propagators can be constructed using fairly cheap materials, such as bamboo and polythene sheets. Enterprising banana seedling producers could use iron rods and cast a concrete floor. It is important that at least 50% shade is provided and that the fragile seedlings are well-protected, by constructing a shade above the propagators. A convenient size for a propagator is 1.5 (width) x 5.0 (length) x 1 (height) meter. Propagators should be kept clean and completely covered with transparent polyethylene sheets. Humidity and temperature should be high. The propagator compartments can be made using wood or bricks and should measure not more than 0.5 m in height.

Propagators are used for sprouting of new seedlings and hardening of the subsequent sprouts. Simple propagators can be constructed using fairly cheap materials, such as bamboo and polythene sheets. Enterprising banana seedling producers could use iron rods and cast a concrete floor. It is important that at least 50% shade is provided and that the fragile seedlings are well-protected, by constructing a shade above the propagators. A convenient size for a propagator is 1.5 (width) x 5.0 (length) x 1 (height) meter. Propagators should be kept clean and completely covered with transparent polyethylene sheets. Humidity and temperature should be high. The propagator compartments can be made using wood or bricks and should measure not more than 0.5 m in height.

Propagators are used for sprouting of new seedlings and hardening of the subsequent sprouts. Simple propagators can be constructed using fairly cheap materials, such as bamboo and polythene sheets. Enterprising banana seedling producers could use iron rods and cast a concrete floor. It is important that at least 50% shade is provided and that the fragile seedlings are well-protected, by constructing a shade above the propagators. A convenient size for a propagator is 1.5 (width) x 5.0 (length) x 1 (height) meter. Propagators should be kept clean and completely covered with transparent polyethylene sheets. Humidity and temperature should be high. The propagator compartments can be made using wood or bricks and should measure not more than 0.5 m in height. Not a small things.

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