Water Transport and Growth of Cashew (Anacardium occidentale L.) Under Soil Mechanical Impedance

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Estate Crops News – The ability to adapt to soil mechanical impedance was considered to support cashew growing in drought prone areas, since those areas are sometimes aggravated by problem on soil mechanical impedance. The response of water transport and growth under soil mechanical impedance was  evaluated  at  two  productive  cashew  accessions.

Two  cashew accessions, A3-1, that adapt well to drought stress, and a local accession Pangkep, and four levels of soil bulk densities of 0.75 g cm-3, 0.90 g cm-3,1.00 g cm-3 and 1.24 g cm-3 under sufficient soil moisture conditions, were arranged   in   factorially completely   randomized   design   with   five replications.

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