Breadfruit Agroforestry Guide

Download or read book Breadfruit Agroforestry Guide written by Craig R Elevitch and published by . This book was released on 2018-05 with total page 74 pages. Available in PDF, EPUB and Kindle. Book excerpt: Breadfruit has been cultivated by people for thousands of years in highly productive plantings together with numerous other crops. This book was written for commercial and home growers looking to combine modern horticultural techniques with traditional growing methods similar to those successfully employed by Pacific Islanders over many centuries. This groundbreaking guide is being released as the prolific Pacific Island staple breadfruit enjoys a resurgence in planting and growing across Hawai'i and around the tropical world. Noted for its high nutritional value, gluten-free status, and moderate glycemic index, breadfruit (called 'ulu in Hawaiian) can be prepared similarly to a potato or yam but has greater versatility and qualities well suited for main dishes, desserts, baked goods, and even beverages. Breadfruit trees are abundant producers and require far less labor compared with other starchy crops such as taro and sweet potato. The guide presents techniques that can sustain productivity for long periods of time, while regenerating land degraded by erosion, compaction, overgrazing, and loss of organic matter. It covers subjects that include recognizing breadfruit varieties; agroforest planning, planting, and maintenance; selection of suitable accompanying crops; value-added products; and economic evaluation. The guide provides a range of growing scenarios from backyard gardens to large farms in the tropics. Using detailed design examples, species tables, and design descriptions and 95 photos and illustrations, this handbook breaks new ground in showing growers how to plan and implement agroforestry that emphasizes breadfruit production. In so doing, growers can design their production to be resilient to changes in weather and market prices-and build a stronger local food system in the process.