Course Content
Definition, components, importance and scope of agroforestry in Nepal
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Definition and basic concepts of agroforestry
Principles of agroforestry
Characteristics of agroforestry systems
Objectives of agroforestry
Scope of agroforestry
Advantages or benefits or importance of agroforestry
Disadvantages of agroforestry
Components of Agroforestry and their interactions
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Introduction
Harmful effects
Classification of agroforestry systems
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Purpose of agroforestry system classification
Criteria or principles for agroforestry system classification
Structural basis
Functional basis
Socio-economic basis
Ecological basis
Historical Development of Agroforestry in the World and in Nepal
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Introduction
Relation of Agroforestry with other disciplines
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Forestry
Agriculture
Social forestry
Multipurpose tree species
Energy plantation and high-density energy plantation (HDEP)
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Introduction
Criteria for the selection of firewood species
Compatibility between crops, animals and woody perennials
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Introduction
Harmful effects
Allelopathic effects to under storey crops and plants
Aboveground and underground relationship
Examples of the best combination of trees and crops
Effects of agriculture crops on trees
Effects of animals on vegetation
Effects of trees on animals
Important field crops, vegetables, fruits and forage suitable for agroforestry plantation
Silviculture Techniques for Making Tree and Crop combination Compatible
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Introduction
Types of waste lands and waste land planting techniques
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Introduction
Planting methods
Mechanism for improving degraded lands through agroforestry
Forest cover of Nepal
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Introduction
Participatory Forest Management
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Participatory Approaches
Categories (types) of Nepalese forest
Steps for community forestry working process and practices
Important Agroforestry trees
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Sissoo  Dalbergia sissoo
Ipil-Ipil  
Uttis    Alnus nepalensis
Eucalyptus (Masala)             Eucalyptus camaldulensis
Poplar (lahare papal)       
Neem       
Bakaino   
Bamboo    
Bhimal    
Agroforestry for conservation of natural resources
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Mechanism for natural resource conservation
Agroforestry for natural forest protection
Agroforestry for soil fertility improvement
Agroforestry for biodiversity conservation
Design appropriate agroforestry project to conserve natural resources
Collection and use of biophysical and socio-economic information
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Introduction
Participatory Rural Appraisal
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Introduction
Characteristics of good PRA
Potential dangers and drawbacks of PRA
PRA tools and techniques
Methods for agroforestry system planning and management
The ICRAF’s Diagnostic and Design Methodology
Level of D&D Methods
Farming System Research and Development (FSRD) Approach
Principles or consideration for agroforestry project design
Procedure for designing agroforestry project
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Stages of agroforestry project design
Learn Agroforestry with Rahul

Uttis    Alnus nepalensis

  • It can be grown in wide range in Nepal from 500 to 900 meters altitude, and its extreme upper limit is about 2700 meters.
  • It grows well on soils with high water content, but not on completely water logged soils.
  • All Alnus species have a symbiotic association with species of Frankia, an actinomycete which form root nodules and fix atmospheric nitrogen.
  • It produces medium quality timber and fuel wood.
  • Mature leaves are eaten by goats and sheep, but not by cattle.
  • It is now used for plywood making.
  • Seeds have been broadcasted to stabilize landslides.
  • It is widely planted in Nepal because of rapid growth, good form, and easy to establishment.
  • Seed collected between November and December.
  • Seed viability 4 months.
  • Seed sown in tray or mother beds, and then transplanted young germination with 2 small leaves in polybags.
  • It is very subject to attacked by defoliators and shoot borer.
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