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Cut, Root, and Grow: Simplifying Cassava Propagation to Scale.

Samar Sheat1, Edda Mushi2, Francisca Gwandu3

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A simplified cassava propagation method uses single-node cuttings germinated in water, bypassing complex techniques. This cost-effective approach enhances the availability of quality planting materials for this vital crop.

Keywords:
cost-effectivedisease-freeleaf budmultiplicationrootingsproutingwater

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Area of Science:

  • Agricultural Science
  • Plant Biotechnology
  • Horticulture

Background:

  • Cassava (Manihot esculenta) is a crucial food and industrial crop, facing challenges in propagation due to low multiplication rates and high transport costs of stem cuttings.
  • Existing rapid propagation methods like tissue culture (TC) and semi-autotroph hydroponics (SAH) require specialized infrastructure, media, and trained personnel, limiting their widespread adoption.
  • High losses during nursery and adaptation stages further reduce the efficiency of traditional propagation techniques.

Purpose of the Study:

  • To develop a simplified, cost-effective, and robust protocol for rapid cassava propagation.
  • To overcome the limitations of existing methods, such as specialized requirements and high costs.
  • To increase the availability of high-quality cassava planting materials.

Main Methods:

  • Excising single nodes with attached leaves from immature (2-month-old) cassava stems.
  • Germinating these nodes directly in pure water, eliminating the need for substrates and additional treatments.
  • Transferring rooted sprouts to soil for further growth within 1-8 weeks.

Main Results:

  • The modified protocol demonstrated a high turnover rate of cassava planting material.
  • The method significantly reduced costs associated with propagation by eliminating specialized media and infrastructure.
  • The simplicity and robustness of the technique were highlighted, facilitating wider adoption.

Conclusions:

  • This water-based, single-node propagation method offers a highly efficient and accessible alternative for cassava multiplication.
  • The protocol's cost-effectiveness and ease of implementation address critical bottlenecks in producing quality planting materials.
  • This innovation holds significant potential to meet the increasing global demand for cassava.