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Present By:
Jadhav Abhishek Ashok
OUI119BAG162
Oriental University, Indore
Faculty of Agriculture
Topic :
Mango Cultivation (Ultra
High Density Planting)
Mango: General Information
Scientific Name: Mangifera indica
Family: Anacardiaceae
Origin Place: East India and Burma
Chromosome no. : 40
Known as: King of Fruit
Good source of Vitamin A, Vitamin C and Dietary
fiber.
Pollination: Cross Pollinated Crop
Ultra High Density Planting
(UHDP)
 UHDP is a modern agriculture technique that
involves planting a high density of trees or
plants in a relatively small area to increase crop
yields and optimize land use.
 The plants are usually pruned and trained to
maintain a smaller size and promote lateral
branching, which can lead to higher fruit
production.
 UHDP requires regular pruning, training,
irrigation and fertilization, as well as disease
and pest management to achieve desired
results.
UHDP: History
 The origins of UHDP can be traced back to the 1970s,
when Italian horticulturist Dr. Stefano Musacchi began
experimenting with high density planting techniques.
 By the 1990s, UHDP had become a popular approach in
many European countries, particularly in apple and pear
orchards.
 In India, UHDP in mango was first introduced in the state
of Gujarat in 2003 by the Horticulture Department of
Navsari Agricultural University.
UHDP: Advantages
 By planting trees or crops at higher densities,
farmers can produce more output per unit of
land.
 UHDP, trees begin to bear fruit much earlier than
in traditional planting methods, resulting in faster
return on investment for farmers.
 UHDP can make more efficient use of land,
allowing farmers to produce more food on a
smaller footprint.
 UHDP can lead to better quality produce due to
increased sunlight exposure and optimized
nutrient and water management.
UHDP: Mango Cultivation
Site Selection
Variety Selection / Planting
Material
Planting (Planting Density)
Irrigation and Fertilization
Training and Pruning Harvesting
Pest and disease
Management
 Site Selection
• Select a site that is well-drained and receives
plenty of sunlight.
• The soil should be rich in organic matter and
have a pH of 6.5 to 7.5.
• Ideal soil for cultivation is Red Loamy Soil.
 Variety Selection
• It is important to select a variety that is
compatible with Ultra High Density Planting
and has a strong root system.
• Amrapali variety is the most suitable for
UHDP, developed by IARI.
• Mallika, Arka Anmol, Arka Puneet, Kesar,
Amrutha are some mango varieties for UHDP.
• The saplings should be between 1.5 to 2.0 feet
in height.
 Planting
• Mango Saplings are planted at a distance of
3 meter X 2 meter.
• A plant population of 674 trees per acre.
• Dig a square pit of 1.5 feet X 1.5 feet X 1.5
feet and fill it with topsoil mixed with 10kg of
well-decomposed farmyard manure and 1 kg
of superphosphate.
 Irrigation and Fertilization
Irrigation: Drip Irrigation Method is best for
mango cultivation under UHDP.
• From flowering stage till harvesting irrigate the
plants every alternate day or thrice in a week.
Fertilization: Apply 200g of urea, 200g of SSP
and 200g of MoP per tree in split doses during the
first year.
• Increase the dose by 50% in the second year,
and further increase it by 25% every year
thereafter.
 Training and Pruning
Training: Training in UHDP mango involves
shaping the tree during its early growth stages
to develop a well-structure an strong frame
work.
• This typically involves selecting a central
leader and removing competing shoots,
ensuring adequate spacing between
branches.
Pruning: Pruning in UHDP mango is important
to control the vegetative growth of the tree,
manage its size, promote regular fruit
production.
• Pruning may involve removing dead or
diseased wood, thinning out crowded
branches.
 Harvesting
• Mangoes can be harvested from the third
year onwards.
• Harvesting starts from March till June.
• The harvesting time of mangoes in UHDP is
generally earlier than conventional mango
orchards.
• UHDP can produce yields of 50-60 tons per
hectare.
Thank You

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mango cultivation under UHDP

  • 1. Present By: Jadhav Abhishek Ashok OUI119BAG162 Oriental University, Indore Faculty of Agriculture Topic : Mango Cultivation (Ultra High Density Planting)
  • 2. Mango: General Information Scientific Name: Mangifera indica Family: Anacardiaceae Origin Place: East India and Burma Chromosome no. : 40 Known as: King of Fruit Good source of Vitamin A, Vitamin C and Dietary fiber. Pollination: Cross Pollinated Crop
  • 3. Ultra High Density Planting (UHDP)  UHDP is a modern agriculture technique that involves planting a high density of trees or plants in a relatively small area to increase crop yields and optimize land use.  The plants are usually pruned and trained to maintain a smaller size and promote lateral branching, which can lead to higher fruit production.  UHDP requires regular pruning, training, irrigation and fertilization, as well as disease and pest management to achieve desired results.
  • 4. UHDP: History  The origins of UHDP can be traced back to the 1970s, when Italian horticulturist Dr. Stefano Musacchi began experimenting with high density planting techniques.  By the 1990s, UHDP had become a popular approach in many European countries, particularly in apple and pear orchards.  In India, UHDP in mango was first introduced in the state of Gujarat in 2003 by the Horticulture Department of Navsari Agricultural University.
  • 5. UHDP: Advantages  By planting trees or crops at higher densities, farmers can produce more output per unit of land.  UHDP, trees begin to bear fruit much earlier than in traditional planting methods, resulting in faster return on investment for farmers.  UHDP can make more efficient use of land, allowing farmers to produce more food on a smaller footprint.  UHDP can lead to better quality produce due to increased sunlight exposure and optimized nutrient and water management.
  • 6. UHDP: Mango Cultivation Site Selection Variety Selection / Planting Material Planting (Planting Density) Irrigation and Fertilization Training and Pruning Harvesting Pest and disease Management
  • 7.  Site Selection • Select a site that is well-drained and receives plenty of sunlight. • The soil should be rich in organic matter and have a pH of 6.5 to 7.5. • Ideal soil for cultivation is Red Loamy Soil.  Variety Selection • It is important to select a variety that is compatible with Ultra High Density Planting and has a strong root system. • Amrapali variety is the most suitable for UHDP, developed by IARI. • Mallika, Arka Anmol, Arka Puneet, Kesar, Amrutha are some mango varieties for UHDP. • The saplings should be between 1.5 to 2.0 feet in height.
  • 8.  Planting • Mango Saplings are planted at a distance of 3 meter X 2 meter. • A plant population of 674 trees per acre. • Dig a square pit of 1.5 feet X 1.5 feet X 1.5 feet and fill it with topsoil mixed with 10kg of well-decomposed farmyard manure and 1 kg of superphosphate.  Irrigation and Fertilization Irrigation: Drip Irrigation Method is best for mango cultivation under UHDP. • From flowering stage till harvesting irrigate the plants every alternate day or thrice in a week. Fertilization: Apply 200g of urea, 200g of SSP and 200g of MoP per tree in split doses during the first year. • Increase the dose by 50% in the second year, and further increase it by 25% every year thereafter.
  • 9.  Training and Pruning Training: Training in UHDP mango involves shaping the tree during its early growth stages to develop a well-structure an strong frame work. • This typically involves selecting a central leader and removing competing shoots, ensuring adequate spacing between branches. Pruning: Pruning in UHDP mango is important to control the vegetative growth of the tree, manage its size, promote regular fruit production. • Pruning may involve removing dead or diseased wood, thinning out crowded branches.
  • 10.  Harvesting • Mangoes can be harvested from the third year onwards. • Harvesting starts from March till June. • The harvesting time of mangoes in UHDP is generally earlier than conventional mango orchards. • UHDP can produce yields of 50-60 tons per hectare.