Mind map
Philippine Agriculture
Map content
Philippine Agriculture
Increasing demand
- Increase efficiency and sustainability
- Advancement of food processing and preservation
- Food preferences stagnant
Same challenges even before the pandemic
- Producing more with less
- Sustainability
- Resiliency from climatic and environmental factors
- Low income and productivity
- High production costs
- Cheap imports
Post Covid Recovery
- Industrialization
- Modernization
- Export Promotion
- Legislative support
- Budget & Investment
Land preparation
- Upland Preparation
- soil moisture near field capacity
- Tillage
- Contour plowing
- reduces erosion
- Minimum tillage
- No tillage
- soil moisture near field capacity
- Lowland Preaparation
- Flooded
- Plowed
- Harrowed
- Plowed
- Soil
- compacted
- destroyed
- Flooded
- Systems of planting
- Square
- Triangular
- Quincunx
- Upland Preparation
Planting Methods
- Direct seeding
- Broadcasting
- Hill method
- Drill method
- Dibble
- Transplanting
- raised first in a nursery
- transferred to field
- raised first in a nursery
- Ratooning
- ratoons as the new crop
- Optimum Population Density
- plants per unit area
- maximum yield
- Direct seeding
Water Management
- Rainfall occurrence and intensity is erratic and changing
- Insufficient water during dry season
- Too much water during the rainy season
- Aggravated by El Niño and La Niña
- Lack of water
- Poor crop stand (poor germination/ low seedling survival), stunted growth
- Reduction in yield (amount and quality)
- Predisposes the plants to pests/diseases and nutrient deficiency
- Poor crop stand (poor germination/ low seedling survival), stunted growth
- Excess water
- Too much leaching of nutrients
- Water-logging of roots
- Pathogen susceptibility
- Solution
- Irrigation
- Surface Irrigation
- Furrow method
- Flooding method
- Basin method
- Sprinkler Irrigation
- Drip System
- Sub-surface irrigation systems
- Surface Irrigation
- Irrigation
- Solution
- Too much leaching of nutrients
- Rainfall occurrence and intensity is erratic and changing
Growth and Development
- Purpose
- Early flowering
- Rooting
- Timing and synchrony
- control growth direction
- restrict size
- How
- Use of chemical Plant Growth Regulators
- Auxins
- Guava, Bougainvilla, Blackpepper, Rose, Mussaenda
- Gibberellins
- Cytokinins
- Abcisic acid
- Ethylene
- Paclobutrazol
- Chrysanthemum, Bougainvilla, Mussaenda
- Auxins
- Physical methods
- Training
- Trellising
- Pruning
- Preventive
- Formative
- Corrective
- Rejuvenative
- example: overgrown Mango
- Girdling
- Smudging
- Windbreak
- Height
- 50% Canopy density
- Perpendicular to wind
- Training
- Use of chemical Plant Growth Regulators
- Purpose
Soil and Nutrient Management
- Problems
- Leaching
- Volatilization
- Erosion
- Crop nutrient removal
- Proper Soil Management
- Fertilization
- How to determine fertilizer needs
- Field fertilizer trial
- Nutrient deficiency symptoms
- Soil analysis
- Tissue analysis
- Crop Nutrient Removal
- Type of fertilizer
- Synthetic
- mostly inorganic
- Natural
- manure, compost, etc.
- Synthetic
- Application
- Broadcast
- Band or trench
- Foliar application
- Fertigation
- Placement
- 1 inch below the soil, avoiding the roots
- How to determine fertilizer needs
- Site-Specific Nutrient Management (SSNM)
- Nutrient Omission Plots
- Leaf Color Chart
- Sensors
- normalized difference vegetative index
- Fertilization
- Problems
Pest Management
- cause Crop Losses
- decreases economic benefit
- Types of pests:
- pathogens : fungi, bacteria, viruses, viroids, mycoplasma, nematodes
- insects and mites
- weeds
- vertebrate pests: rodents
- Integrated Pest Management
- combination of techniques and strategies with no significant adverse effect on the environment.
- Varietal resistance
- resistant/tolerant varieties/cultivars through hybridization and selection
- Biological control
- Trichogramma, Bacillus thuringiensis
- Physico-cultural control
- Quarantine of infestations
- attractants
- example: Methyl eugenol
- Artificial light
- Bagging
- Rat guard of coconut
- Sanitation
- Proper spacing & drainage
- Intercropping
- Organic farming
- Anti-microbial plants
- Pesticides
- Insecticide
- Fungicide
- Herbicides
- Nematicides
- Rodenticides
- cause Crop Losses
Harvesting and Postproduction Technology
- Harvesting methods
- Priming
- Stripping
- Tapping
- Manual
- Manual wih conveyor
- Mechanical
- Manual wih conveyor
- Maturity Index
- Visual
- Phenological / Computational
- Physical
- Compositional
- Postpoduction Technology
- Postharvest handling
- Primary processing
- Threshing
- Shelling
- Decortication
- Retting
- Tuxying
- "Hagutan"
- Ginning (cotton)
- Wet mehod (coffee)
- Dry Method
- Hulling
- Dry Method
- Copra (coconut)
- Secondary processing
- Drying
- Fermentation
- Heat sterilization
- Dehydration
- Freezing
- Drying
- Postharvest Horticulture
- Biological processes need to be controlled
- respiration
- transpiration
- ethylene production
- senescence
- ethylene production
- transpiration
- respiration
- Postharvest Handling Practices for Perishable Crops
- Trimming
- Cleaning
- Sorting and Gading
- Waxing/Edible Coating
- Ripening
- Waxing/Edible Coating
- Sorting and Gading
- Cleaning
- Trimming
- Biological processes need to be controlled
- Harvesting methods
Cropping Systems
- crop rotation
- monocropping
- mixed cropping
- multiple cropping
- agroforestry
- intercropping
- crop diversification
- Annual crop-based croppin systems
- Monocropping: Rice-based and Corn-based
- Intercropping: corn and upland rice
- Relay cropping:
- crop rotation
Information
- Description
- Mind Map on Philippine Agriculture, created by Irene Jael Arado Arado on 11/06/2021.
- Created by
- Irene Jael Arado Arado
- Views
- 1
- Rating