Germination and seedling establishment for hydroponics: The benefit of slant boards

Author:

Langenfeld Noah JamesORCID,Bugbee Bruce

Abstract

Germination and seedling establishment for transplanting into hydroponics often uses porous substrates, but fine roots grow into these substrates, and they cannot be removed without damaging these roots. Seedlings transplanted without removal of substrates can cause interactions with solution chemistry or addition of particulates to the nutrient solution. Germination of seeds on slant boards is clean, uniform, and reduces the time to transplanting. Slant boards facilitate development of long roots, which maximize exposure of the primary root to the nutrient solution after transplanting. The “boards” are made from thin acrylic or polycarbonate sheets with germination paper on top. Seeds are held in place by covering with thin paper before vertical placement of the boards in the container. Four to twelve days later, the seedlings with long roots can be removed from the paper without damage and transplanted into the hydroponic system. Here we describe slant board construction and procedures for rapid germination and transplanting in hydroponics.

Funder

NASA

Publisher

Public Library of Science (PLoS)

Subject

Multidisciplinary

Reference13 articles.

1. Principles of nutrient and water management for indoor agriculture;NJ Langenfeld;Sustainability,2022

2. Germination of seeds under water;T. Morinaga;American Journal of Botany,1926

3. The effect of soil water and aeration on seed germination;S Dasberg;J Exp Bot,1971

4. Plant propagation for successful hydroponic production;H-J Kim;Acta Hortic,2018

5. Flemming C, Seck S, Massa G, Hummerick M, Wheeler R. From Kennedy, to beyond: Growing plants in Space. John F. Kennedy Space Center: NASA; 2012. Available: https://ntrs.nasa.gov/api/citations/20120015738/downloads/20120015738.pdf

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