Pasture Management is defined as the practice of growing healthy grass and relate plants to profitably sustain forage availability and livestock productivity while ensuring ecological health.
Pastures are the main sources of forage and nutrients for dairy animals. The amount of milk produced by these animals is highly dependent on the quality and quantity of food they eat. With improvements in fencing, new variety of grass, irrigation systems, proper pasture and feeding management systems, the productivity of our local dairy animals can increase significantly.
Points to consider when establishing pastures:
- Assessment of the existing pasture - Soil testing should be carried out to identify the nutrient deficiencies in the soil, ph levels, and soil moisture and soil components. This should be used to determine the amount and type of fertilizer needed for the soil (special blends can be formulated), the type of irrigation system to be used, the type of land preparation that will be needed.
- Land Preparation - Preparing lands for pasture establishment is a critical part of any Pasture Management System. It is important to clear lands to remove trees, shrubs and weed that will compete with forage for water, light air and nutrients. Land should be ploughed to break up and loosen soil particles. Harrowing should also be done to get the soil to a fine till for easy root penetration. Removal of stumps and rock should also be taken into consideration.
- Establishing Irrigation Systems - Irrigation is one of the major factors that influence the growth of the pastures. Its imperative that pastures receives adequate amount of water. This is critical in the first three months after sowing seeds.
- Selection of appropriate species of forages - It is important to assess the type of forage to be planted and also the use of the forage i.e. for grazing or fodder (hay, silage). Choosing the right soil type and geographical location that matches the forage type is of importance.
 
 Improved cultivars of pasture forages available in Jamaica:- 
		Cayman Grass  
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		Scientific Name: Brachiaria hybrid cv. CIAT BR 02/1752 
 Crude Protein Potential: Up to 17%
 Palatability: High
 Digestibility: 70%
 Sowing Rate: 8-10 kg/ha
 Uses: Grazing, hay, green chop, for use as silage
 Drought Tolerance: High
 Tolerance To Water Logging: High
 Days to First Grazing: 90-100
 Time in Rotation: 25-30 Days
 Maximum Height to Exit Pasture: 12 inches/ 30cm
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		Mombasa (Guinea Grass)  
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		Scientific Name: Panicum maximum c.v Mombasa 
 Crude Protein Potential: 8-12% on poor soils
 Palatability: Excellent
 Digestibility: 55%
 Sowing Rate: 6-8 kg/ha
 Uses: Pasture, cut-and-carry, silage and hay
 Drought Tolerance: High
 Minimum Height to Cut or Graze: 10-12 inches
 Tolerance to Water Logging: Poor
 Time to first Grazing: 80-90 Days
 Time in Rotation: 30-40 Days
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		Mulato II Grass  
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		Scientific Name: Brachiaria ruziziensis x B. brizantha x B. decumbens 
 Crude Protein Potential: Up to 18%
 Palatability: High
 Digestibility: High
 Sowing Rate: 8-10 kg/ha
 Uses: Grazing, hay, silage, fresh in feeding trough
 Drought Tolerance: High
 Tolerance To Water Logging: Poor
 Days to First Grazing: 70-80 days on average
 Time in Rotation: 25-45Days.
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		Ubon Stylo  
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		Scientific Name: Stylosanthes guianensis cv. Ubon 
 Crude Protein Potential: 14 - 20% on poor soil
 Palatability: High
 Digestibility: High
 Sowing Rate: 6-10 kg/ha
 Uses: Pasture, cut-and-carry, silage and hay
 Minimum Height to Cut or Graze: 20 cm
 Resistance to: Anthracnose
 Time to First Grazing: 6-8 weeks
 Time in Rotation: 4-8 weeks
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		Pinto Peanut  
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		Scientific Name: Arachis pintoi 
 Crude Protein Potential: Up to 17- 20%
 Palatability: High
 Digestibility: 60% - 76%
 Sowing Rate: 10-15 kg in pods/ha
 Uses: Grazing in association with grasses, green chop
 Tolerance To Water Logging and Drought: Moderate
 Heavy Grazing: High
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		Pangola Grass - Scientific name: Digitaria eriantha  
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		Grows well in tropics and sub tropics climate. 
 Grows well in various soil types but especially well in moist soils.
 Tolerant to drought, water logging, suppresses weeds and grows relatively quickly after grazing.
 Used extensively for pasture, hay and silage.
 Can withstand heavy grazing, regular grazing 2-3 weeks intervals at 10-15 cm to 30-40 cm is to maintain the quality of the grass.
 Yields ranges from about 10-20 tons per hectares and may exceed 30 tons under ideal condition.
 
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	Pest Management Systems - Pest and disease affecting pasture can be costly. It is therefore vital for Pest Management system be implemented to continuously monitor the pasture for weeds, pest and other disease. 
Further details on Pasture Management System: Dairy Management Handbook

 
        