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Lablab - Lablab purpureus

Lablab (also known as the hyacinth bean in English-speaking countries and dolich in French-speaking countries) is an African species. Its wild relatives can be found in the arid regions of Namibia and other southern and eastern African countries. Lablab is much better known in wet tropical regions than in dry regions like the Sahel, even though it is considered to be a drought tolerant species. Some claim that it is even more drought tolerant than cowpea. Lablab is tolerant to a wide range of soil pH, ranging from 4.5 to 7.5. It can grow in sandy soils and in fine-textured, well drained soils. Lablab responds to improved soil fertility (using manure or fertilizers), but in most cases farmers do not use manure or fertilizers on lablab.

The deep and prolific root system of lablab (in both sandy and clay soils) gives it a major advantage in the semi-arid tropics. The roots can exploit soil moisture to a depth of 2.0 meters and allow lablab to complete a full life cycle without irrigation.

  1. Lablab

    On considère généralement que le lablab est originaire de l’Asie du Sud-est. Cependant, certains spécialistes sont de l’avis qu’il provient de l’Afrique, où il est connu depuis le huitième siècle. Le lablab est aujourd’hui cultivé dans l’ensemble des régions tropicales et sous-tropicales.
    Vegetable Legumes Grain Legumes (Pul... Green Manures and ... Pasture and Forage...

  2. TN #73 Le Dolique d’Egypte (Lablab purpureus)

    Ressource principale
    20/01/2013 Environ 98% de la production agricole dans les régions soudano-sahéliennes d’Afrique occidentale et centrale est basée sur les cultures pluviales. Avec une pluviométrie annuelle moyenne de 300 à 800 mm/an, le nombre de cultures de base est très limité. On distingue deux céréales: le mil...
    Lablab Pulses Intercropping Food Security FMNR Forage Crop Nitrogen Fixation Rain-fed Agriculture

  3. Further Support for the Use of Lablab in Dry Areas

    20/04/2013 The article by Dov Pasternak about lablab (in this issue) reminded me of material in ECHO’s files from many years ago. Reimar von Schaaffhausen, working in São Paulo, Brazil, sent articles and letters over the years about the valuable role that lablab (and pigeon pea [Cajanus cajan]) have played...
    Lablab GMCC Intercropping

  4. Comparison of Appropriate Tropical Seed Storage Techniques for Germplasm Conservation in Mountainous Sub-Tropical Climates with Resource Constraints

    Experimental Agriculture Croft, M., Bicksler, A., Manson, J., & Burnette, R. (2013). COMPARISON OF APPROPRIATE TROPICAL SEED STORAGE TECHNIQUES FOR GERMPLASM CONSERVATION IN MOUNTAINOUS SUB-TROPICAL CLIMATES WITH RESOURCE CONSTRAINTS. Experimental Agriculture, 49(02), 279-294. Summary...
    Seed Bank Seed Systems Vacuum Sealing

  5. Local Treatments and Vacuum Sealing as Novel Control Strategies for Stored Seed Pests in the Tropics

    Agronomy for Sustainable Development Brian Lawrence, Abram Bicksler, Kimberly Duncan Abstract : Prevention of pests while maintaining viable seed during storage is often challenging for smallholder farmers in the tropics and subtropics. Investment in costly technologies or storage equipment is...
    Bruchids Vacuum Sealing Lablab Stored seed pests Seed Storage Crop Diversity Germplasm

  6. Lablab, An Under-estimated Crop Finds its Niche

    08/02/2017 Dolichos lablab is an under estimated crop which recently is finding its niche Presenter :Wilfred L Mariki is a retired Principal Agricultural Research Officer, from Selian Agricultural Research Institute who pioneered a country program to introduce CA in Tanzania 1999 – 2011, under FAO-UN. He...
    Lablab Dolichos Lablab East Africa

  7. The Use of Green Manure/Cover Crops for Relay Cropping in Northern Thailand

    01/07/2011 This article is from ECHO Asia Note #10 Introduction During the late rainy season, the permanent hill fields that surround a cluster of hilltribe villages in the Chiang Dao district of northern Thailand radiate various hues of green. These verdant fields, belonging to ethnic Lisu, Lahu, Akha,...
    Asia

  8. Potentially Important Food Plants of the Philippines

    20/03/2019 This book is designed as a simple introduction to the more common food plants of the Philippines. It is hoped people will take greater pride and interest in these plants and become confident and informed about how to grow and use them. Many of the local food plants that occur in every country are...
    Peppers Potato Yam Ube Sweet Potato Kamote Cassava Kamoteng Kahoy Rice Taro Gabi West Indian Arrowroot Snake Bean Cowpea Winged Bean Pigeon Pea Common Bean Lablab Mung Bean Kangkong Bok Choy Chinese Cabbage Sweetfern Vegetable Fern Leaf Mustard Jute Bush Okra Banana Guava Papaya Jackfruit Pomelo Mango Mangosteen Soursop Rambutan Okra eggplant Pumpkin Choko Bitter Cucumber Angled Loofah Horseradish Tree Moringa Bird's Eye Chillies Avocado Coconut Lemon Grass Lima Beans Asia

  9. Potentially Important Food Plants of Bangladesh

    20/09/2015 This book is designed as a simple introduction to the more common food plants of Bangladesh. It is hoped people will take greater pride and interest in these plants and become confident and informed about how to grow and use them. Many of the local food plants that occur in every country are very...
    Sunflowers Comb Fringe Grass Finger Millet Barley Pearl Barley Cassava Taro Niger Seed Sweet Potato Bottle Gourd Pigeon Pea Lablab Horse Gram Mung Bean Chickling Vetch Rice Bean Indian Spinach Spinach Amaranth Wild Amaranth Hibiscus Jute Yellow Wood-sorrel Ivy Gourd Pomelo Pawpaw Papaya Jackfruit Canteloupe Bullock's Heart Bael Fruit Cape Gooseberry Governor's Plum Asian Pennywort Vegetable Kenaf Pumpkin Marrow Bitter Cucumber Beetroot Fat Hen Peanut Horseradish Tree Moringa Tamarind Coastal Almond Foxtail Millet Lotus FPS Jackbean Asia

  10. Khyati

    Bush