Ppt on Mango Cultivation: Climate, Soil, Varieties, Planting And Orchard Management

This lecture covers the essential aspects of mango (Mangifera indica) cultivation, including suitable soil and climate requirements, recommended varieties, propagation methods, high-density planting, and best practices for nutrient and water management. It also discusses intercropping, off-season production, and postharvest handling to optimize yield and fruit quality. These concepts are crucial for students preparing for competitive exams in horticulture and allied sciences.
Introduction to Mango Cultivation
  • Mango (Mangifera indica) is known as the 'king of fruits' in India.
  • India accounts for about 56% of global mango production.
  • Major producing states: Andhra Pradesh, Uttar Pradesh, Bihar, Karnataka, Maharashtra, West Bengal, Gujarat.
  • Mango contributes nearly 39.5% of India's total fruit production.
Soil and Climate Requirements
Soil:
  • Grows in alluvial to lateritic soils; avoid poorly drained black cotton soils.
  • Prefers slightly acidic soils (pH 5.5–7.5); poor growth above pH 7.5.
  • Good drainage is essential for healthy growth.
Climate:
  • Tropical to subtropical; can be grown up to 1,100 m above sea level.
  • Optimal temperature: 24–27°C; higher temperatures improve fruit quality.
  • Requires 25–250 cm annual rainfall; avoid high humidity and frost during flowering.
Major Mango Varieties in India
  • Over 1,000 varieties exist; about 20 are commercially important.
  • Popular varieties: Alphonso, Banganapalli, Bombay Green, Chausa, Dashehari, Fazli, Gulab Khas, Himsagar, Kesar, Kishenbhog, Langra, Mankurad, Neelum, Pairi, Totapuri.
  • Varietal preference varies by state and region.
  • North Indian varieties often alternate-bearers; South Indian varieties are generally regular-bearers.
Important Mango Hybrids and Clonal Selections
HybridParentageKey Features
MallikaNeelum × DashehariRegular-bearer, high TSS, good colour, uniform fruits
AmrapaliDashehari × NeelumDwarf, regular-bearer, cluster-bearing, good keeping quality
RatnaNeelum × AlphonsoRegular-bearer, free from spongy tissue and fibre
SindhuRatna × AlphonsoRegular-bearer, thin stone
Arka PuneetAlphonso × BanganapalliRegular-bearer, attractive skin, good keeping quality
Propagation Methods
  • Mango is highly heterozygous and cross-pollinated.
  • Polyembryonic varieties (mainly in South India) can be grown from seed; monoembryonic (North India) require vegetative propagation.
  • Common propagation methods: inarching, veneer grafting, side grafting, epicotyl/stone grafting.
  • Rootstock seedlings are raised from fresh seeds (sown within 4–5 weeks of extraction).
Planting Systems and Spacing
  • Planting systems: square, rectangular, and hexagonal; square and rectangular are most common.
  • Spacing depends on variety vigor and cropping system; typically 10–12 m for traditional planting.
  • Pits of 1 m × 1 m × 1 m are prepared and filled with well-rotted farmyard manure.
  • Planting is best done during the rainy season (June–September).
High-Density Planting in Mango
  • High-density planting increases yield per unit area.
  • Amrapali is suitable for high-density planting (2.5 m × 2.5 m spacing).
  • Paclobutrazol (2 ml/tree) induces flowering in off-years.
  • Pruning and use of dwarfing rootstocks (e.g., Vellaikolumban) help manage tree size.
Training, Pruning, and Aftercare
  • Training is essential in early years to develop a strong framework.
  • Proper branch spacing facilitates intercultural operations.
  • Pruning is minimal; mainly removal of diseased, dead, or crossing branches.
Nutrient and Water Management
Manuring and Fertilization:
  • Apply 73 g N, 18 g P2O5, 68 g K2O per year of age (up to 10 years).
  • After 10 years: 730 g N, 180 g P2O5, 680 g K2O per tree/year in two split doses (June–July, Sept–Oct).
  • Correct micronutrient deficiencies with foliar sprays: 0.3% zinc sulphate, 0.5% borax, 0.5% manganese sulphate.
Irrigation:
  • Young plants (up to 2 years) require regular watering (about 30 L/week).
  • Irrigation during pre-flowering and fruit set increases yield.
  • Established trees: irrigate at 10-day intervals after fruit set.
Intercropping and Cover Crops
  • Intercropping reduces weed growth and nutrient loss.
  • Suitable intercrops: blackgram, wheat, brinjal, onion.
  • Cover crops like sunhemp, cowpea, and pea help prevent soil erosion.
Harvesting and Postharvest Management
  • Harvest mangoes with pedicel to reduce injury and fungal infection.
  • Average yield: 8 tonnes/ha; 1,000–2,000 fruits/tree during bearing age.
  • Sort and grade fruits by size; use proper packaging (perforated cardboard boxes preferred).
  • Store mature green mangoes at 5–16°C; avoid chilling injury.
  • Postharvest treatments: waxing, hot-water treatment, individual wrapping, hydro-cooling extend shelf life.
Summary and Key Points
  • Mango thrives in well-drained, slightly acidic soils and warm, humid climates.
  • Choose suitable varieties and hybrids for region and market demand.
  • Adopt high-density planting and proper nutrient management for higher productivity.
  • Intercropping and postharvest care improve sustainability and fruit quality.

Objective Questions

Q1. Which state leads in total mango production in India?
A. Uttar Pradesh
B. Andhra Pradesh
C. Maharashtra
D. Bihar
Answer: B

Q2. Mango cultivation is NOT recommended in which type of soil?
A. Alluvial
B. Lateritic
C. Black cotton with poor drainage
D. Slightly acidic
Answer: C

Q3. Which mango variety is mainly grown in the Ratnagiri area of Maharashtra?
A. Kesar
B. Banganapalli
C. Alphonso
D. Langra
Answer: C

Q4. Which hybrid mango is a result of crossing Neelum and Dashehari?
A. Mallika
B. Amrapali
C. Ratna
D. Sindhu
Answer: A

Q5. Which propagation method is widely practiced in the Konkan region of Maharashtra?
A. Inarching
B. Veneer grafting
C. Epicotyl/stone grafting
D. Side grafting
Answer: C

Q6. What is the recommended spacing for high-density planting of Amrapali mango in North India?
A. 5m x 5m
B. 2.5m x 2.5m
C. 4m x 4m
D. 3m x 3m
Answer: B

Q7. Which nutrient should be sprayed at 0.3% concentration during February, March, and May to correct deficiency in mango?
A. Borax
B. Zinc sulphate
C. Manganese sulphate
D. Ammonium sulphate
Answer: B

Q8. Which intercropping combination provides better monetary benefits in mango orchards?
A. Sunhemp-cowpea-mango
B. Blackgram-wheat-mango
C. Pea-sunhemp-mango
D. Cowpea-brinjal-mango
Answer: B

Q9. Which mango variety is a biennial-bearer and has characteristic turpentine flavour?
A. Himsagar
B. Langra
C. Kesar
D. Neelum
Answer: B

Q10. What is a major symptom of chilling injury in mangoes stored at low temperatures?
A. Fruit splitting
B. Loss of flavour and undesirable softening
C. Increased sweetness
D. Enhanced colour development
Answer: B