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Urea is a low cost nitrogen fertilizer form. This is because of its high nitrogen composition and consequent low transport and storage costs. Urea may be the fertilizer of choice when only nitrogen is needed in a soil fertility program. Urea converts to ammonium bicarbonate within about 48 hours after field application. Nitrogen in this form will tend to volatilize to the air as ammonia gas. This lost fertilizer investment risk can be minimized or eliminated by assuring that the urea gets into the soil and does not merely remain on the surface of the soil or crop foliage. This can be accomplished by irrigating in the urea; by plowdown soon after surface broadcast application; or by banding or injecting the urea directly into the soil. For further information see Chapter 8 “Fertilizer Composition and Reactions in Soils,” Utah Fertilizer Guide,

Urea is a low cost nitrogen fertilizer form. This is because of its high nitrogen composition and consequent low transport and storage costs. Urea may be the fertilizer of choice when only nitrogen is needed in a soil fertility program. Urea converts to ammonium bicarbonate within about 48 hours after field application. Nitrogen in this form will tend to volatilize to the air as ammonia gas. This lost fertilizer investment risk can be minimized or eliminated by assuring that the urea gets into the soil and does not merely remain on the surface of the soil or crop foliage. This can be accomplished by irrigating in the urea; by plowdown soon after surface broadcast application; or by banding or injecting the urea directly into the soil. For further information see Chapter 8 “Fertilizer Composition and Reactions in Soils,” Utah Fertilizer Guide,

Urea is a low cost nitrogen fertilizer form. This is because of its high nitrogen composition and consequent low transport and storage costs. Urea may be the fertilizer of choice when only nitrogen is needed in a soil fertility program. Urea converts to ammonium bicarbonate within about 48 hours after field application. Nitrogen in this form will tend to volatilize to the air as ammonia gas. This lost fertilizer investment risk can be minimized or eliminated by assuring that the urea gets into the soil and does not merely remain on the surface of the soil or crop foliage. This can be accomplished by irrigating in the urea; by plowdown soon after surface broadcast application; or by banding or injecting the urea directly into the soil. For further information see Chapter 8 “Fertilizer Composition and Reactions in Soils,” Utah Fertilizer Guide,

Urea is a low cost nitrogen fertilizer form. This is because of its high nitrogen composition and consequent low transport and storage costs. Urea may be the fertilizer of choice when only nitrogen is needed in a soil fertility program. Urea converts to ammonium bicarbonate within about 48 hours after field application. Nitrogen in this form will tend to volatilize to the air as ammonia gas. This lost fertilizer investment risk can be minimized or eliminated by assuring that the urea gets into the soil and does not merely remain on the surface of the soil or crop foliage. This can be accomplished by irrigating in the urea; by plowdown soon after surface broadcast application; or by banding or injecting the urea directly into the soil. For further information see Chapter 8 “Fertilizer Composition and Reactions in Soils,” Utah Fertilizer Guide....

Urea is a low cost nitrogen fertilizer form. This is because of its high nitrogen composition and consequent low transport and storage costs. Urea may be the fertilizer of choice when only nitrogen is needed in a soil fertility program. Urea converts to ammonium bicarbonate within about 48 hours after field application. Nitrogen in this form will tend to volatilize to the air as ammonia gas. This lost fertilizer investment risk can be minimized or eliminated by assuring that the urea gets into the soil and does not merely remain on the surface of the soil or crop foliage. This can be accomplished by irrigating in the urea; by plowdown soon after surface broadcast application; or by banding or injecting the urea directly into the soil. For further information see Chapter 8 “Fertilizer Composition and Reactions in Soils,” Utah Fertilizer Guide,

Urea is a low cost nitrogen fertilizer form. This is because of its high nitrogen composition and consequent low transport and storage costs. Urea may be the fertilizer of choice when only nitrogen is needed in a soil fertility program. Urea converts to ammonium bicarbonate within about 48 hours after field application. Nitrogen in this form will tend to volatilize to the air as ammonia gas. This lost fertilizer investment risk can be minimized or eliminated by assuring that the urea gets into the soil and does not merely remain on the surface of the soil or crop foliage. This can be accomplished by irrigating in the urea; by plowdown soon after surface broadcast application; or by banding or injecting the urea directly into the soil. For further information see Chapter 8 “Fertilizer Composition and Reactions in Soils,” Utah Fertilizer Guide,

Urea is a low cost nitrogen fertilizer form. This is because of its high nitrogen composition and consequent low transport and storage costs. Urea may be the fertilizer of choice when only nitrogen is needed in a soil fertility program. Urea converts to ammonium bicarbonate within about 48 hours after field application. Nitrogen in this form will tend to volatilize to the air as ammonia gas. This lost fertilizer investment risk can be minimized or eliminated by assuring that the urea gets into the soil and does not merely remain on the surface of the soil or crop foliage. This can be accomplished by irrigating in the urea; by plowdown soon after surface broadcast application; or by banding or injecting the urea directly into the soil. For further information see Chapter 8 “Fertilizer Composition and Reactions in Soils,” Utah Fertilizer Guide,

Urea is a low cost nitrogen fertilizer form. This is because of its high nitrogen composition and consequent low transport and storage costs. Urea may be the fertilizer of choice when only nitrogen is needed in a soil fertility program. Urea converts to ammonium bicarbonate within about 48 hours after field application. Nitrogen in this form will tend to volatilize to the air as ammonia gas. This lost fertilizer investment risk can be minimized or eliminated by assuring that the urea gets into the soil and does not merely remain on the surface of the soil or crop foliage. This can be accomplished by irrigating in the urea; by plowdown soon after surface broadcast application; or by banding or injecting the urea directly into the soil. For further information see Chapter 8 “Fertilizer Composition and Reactions in Soils,” Utah Fertilizer Guide,

Soil Analyses Soil samples were taken 10 cm increments from the surface to 50 cm depth, before burning the biomass in 1994 (Table 1). Soil pH was determined in water (1:5 ratio). Basic cations (Ca2+, Mg2+, K+) were extracted in a 0.1 M 1:10 BaCl2/NH4Cl solution. Organic carbon was determined using a modified Walkley-Black method (Heanes, 1984). Total nitrogen was determined using the Bremner method (Bremner and Tabatabai, 1972; Bremner and Mulvaney, 1982).

Soil Analyses Soil samples were taken 10 cm increments from the surface to 50 cm depth, before burning the biomass in 1994 (Table 1). Soil pH was determined in water (1:5 ratio). Basic cations (Ca2+, Mg2+, K+) were extracted in a 0.1 M 1:10 BaCl2/NH4Cl solution. Organic carbon was determined using a modified Walkley-Black method (Heanes, 1984). Total nitrogen was determined using the Bremner method (Bremner and Tabatabai, 1972; Bremner and Mulvaney, 1982).

Soil Analyses Soil samples were taken 10 cm increments from the surface to 50 cm depth, before burning the biomass in 1994 (Table 1). Soil pH was determined in water (1:5 ratio). Basic cations (Ca2+, Mg2+, K+) were extracted in a 0.1 M 1:10 BaCl2/NH4Cl solution. Organic carbon was determined using a modified Walkley-Black method (Heanes, 1984). Total nitrogen was determined using the Bremner method (Bremner and Tabatabai, 1972; Bremner and Mulvaney, 1982).

Soil Analyses Soil samples were taken 10 cm increments from the surface to 50 cm depth, before burning the biomass in 1994 (Table 1). Soil pH was determined in water (1:5 ratio). Basic cations (Ca2+, Mg2+, K+) were extracted in a 0.1 M 1:10 BaCl2/NH4Cl solution. Organic carbon was determined using a modified Walkley-Black method (Heanes, 1984). Total nitrogen was determined using the Bremner method (Bremner and Tabatabai, 1972; Bremner and Mulvaney, 1982).

Soil Analyses Soil samples were taken 10 cm increments from the surface to 50 cm depth, before burning the biomass in 1994 (Table 1). Soil pH was determined in water (1:5 ratio). Basic cations (Ca2+, Mg2+, K+) were extracted in a 0.1 M 1:10 BaCl2/NH4Cl solution. Organic carbon was determined using a modified Walkley-Black method (Heanes, 1984). Total nitrogen was determined using the Bremner method (Bremner and Tabatabai, 1972; Bremner and Mulvaney, 1982).

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We av different type of irrigation... it depend on type you want sir .We can't just qoute any amount claiming it can complete the irrigation.... Reason is land topography is differ... we can do it for Mr.A with #1000 and wen Mr.B want to do his own in same acre can be higher reason is the Topography is different....What we do is coming to the land first to check on the topography to determine the quotation. thanks ..clifford

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This is the breaking down......For one acre of plantain Farmland...
***Plantain Havested Is 750
***Market Woman Usually buy At Dozen which everybody knows 12 is A Dozen
***Market Paid #8000 Naira Just for a dozen
Please Note Carefully All the Number Where the Belong Above.....
750÷12=62.2 Let Round up the figure to 64...
750 is the Harvested Plantain
12 is all we known as one Dozen
62 is the answere Figure wen you divide.....
8000 is what market woman pays for one dozen...
OK.....Now ......62.2 let's say 64 cos we rounded it up to 64.....now 64x8000=512,000.00 Naira is your initial income for one acre of plantain......Clap for me...its from experience not what I read or framed...thank Clifford

This is the breaking down......For one acre of plantain Farmland...
***Plantain Havested Is 750
***Market Woman Usually buy At Dozen which everybody knows 12 is A Dozen
***Market Paid #8000 Naira Just for a dozen
Please Note Carefully All the Number Where the Belong Above.....
750÷12=62.2 Let Round up the figure to 64...
750 is the Harvested Plantain
12 is all we known as one Dozen
62 is the answere Figure wen you divide.....
8000 is what market woman pays for one dozen...
OK.....Now ......62.2 let's say 64 cos we rounded it up to 64.....now 64x8000=512,000.00 Naira is your initial income for one acre of plantain......Clap for me...its from experience not what I read or framed...thank Clifford

This is the breaking down......For one acre of plantain Farmland...
***Plantain Havested Is 750
***Market Woman Usually buy At Dozen which everybody knows 12 is A Dozen
***Market Paid #8000 Naira Just for a dozen
Please Note Carefully All the Number Where the Belong Above.....
750÷12=62.2 Let Round up the figure to 64...
750 is the Harvested Plantain
12 is all we known as one Dozen
62 is the answere Figure wen you divide.....
8000 is what market woman pays for one dozen...
OK.....Now ......62.2 let's say 64 cos we rounded it up to 64.....now 64x8000=512,000.00 Naira is your initial income for one acre of plantain......Clap for me...its from experience not what I read or framed...thank Clifford

This is the breaking down......For one acre of plantain Farmland...
***Plantain Havested Is 750
***Market Woman Usually buy At Dozen which everybody knows 12 is A Dozen
***Market Paid #8000 Naira Just for a dozen
Please Note Carefully All the Number Where the Belong Above.....
750÷12=62.2 Let Round up the figure to 64...
750 is the Harvested Plantain
12 is all we known as one Dozen
62 is the answere Figure wen you divide.....
8000 is what market woman pays for one dozen...
OK.....Now ......62.2 let's say 64 cos we rounded it up to 64.....now 64x8000=512,000.00 Naira is your initial income for one acre of plantain......Clap for me...its from experience not what I read or framed...thank Clifford