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Plant nutrition in hydro- and aeroponic condition (in containers)


, : Plant nutrition in hydro- and aeroponic condition (in containers). Acta Horticulturae (37): 2032-2037

Some data are presented from Russian trials on nutrient absorption by cucumbers in sand or water culture and tomatoes in water culture or sprayed with nutrient solutions (aeroponics).

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Related references

Zurbicki, Z.J., 1973: Plant nutrition in hydro- and aeroponic conditions (in containers). In solution cultures under continuous aeration, where the composition of the solution could be accurately regulated, it was easier to obtain earlier and high yields than in hydroponics with solid fillers or in soil.

Zurbicki Z.J., 1974: Plant nutrition in hydroponic and aeroponic condition in containers. Acta Horticulturae (Wageningen) 37: 2032-2037

Gosiewski, W+or-Adys+or-Aw, 1982: Optimalization of air-water condition and nutrition for the root system of the tomato grown by hydro-peatic method

Wright, Rd, 1983: Study indicates need for changes in nutrition programs for plants in containers Plant production, nursery crops. American nurseryman 157(1): 109-111

Giacomelli, G.A.; Smith, S., 1989: Fog for aeroponic plant production. Lettuce seedlings were grown within frames mounted horizontally above a network of nozzles. Plant nutrition and water requirements were provided by high pressure, low flow nozzles, which produced a fog within a chamber which enclosed the plant roo...

Ammann, P.R.Jr, 1998: Aeroponic plant growth apparatus and method. Official Gazette of the United States Patent & Trademark Office Patents 1208(2): 972, March 10

Magnitskiy, K.P., 1957: Control of plant nutrition in field condition. For purposes of determining plant requirements of N, P, K, Mg and the harmful excess of Cl, samples of cellular fluid were taken for chemical analysis with the aid of a field laboratory proposed by the author according to special instructions, fro...

Hessel, M.I.Jr.; RichertG.E.Jr.; Nevill, G.E.J., 1992: Airflow-contained aeroponic nutrient delivery for a microgravity plant growth unit. Paper presents a new approach to nutrient delivery and control for microgravity plant growth. Nutrients are delivered by aeroponic misting of roots and leakage is prevented by flowing air. Plant germination and growth are explored for several seed...

Repetto, A.; Cadinu, M.; Leoni, S., 1994: The effect of plant position on root development and vegetative growth in aeroponic lettuce. The iceberg lettuce cultivars Cavalier, Favourite, Merit and Winter Set were grown in aeroponic culture on sloping polystyrene panels (2 msuperscript 2) with recirculating nutrient solution sprayed onto the roots from underneath. A plant density o...

Denno, Rf, 1985: The role of host plant condition and nutrition in the migration of phytophagous insects. Movement and dispersal of agriculturally important biotic agents: an International Conference on the Movement and Dispersal of Biotic Agents held at Baton Rouge La Oct 17-19-1984 edited by David R MacKenzie: 172