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Irrigation depth and biochar doses on the vegetative growth of cherry tomato
Irrigation depth and biochar doses on the vegetative growth of cherry tomato
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Irrigation depth and biochar doses on the vegetative growth of cherry tomato
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Irrigation depth and biochar doses on the vegetative growth of cherry tomato
Irrigation depth and biochar doses on the vegetative growth of cherry tomato
Journal Article

Irrigation depth and biochar doses on the vegetative growth of cherry tomato

2025
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Overview
Abstract Cherry tomato (Solanum lycopersicum var. cerasiforme) cultivation has become a very profitable option due to its high added value. Therefore, using technologies for water control and soil conditioners is a possible way to increase profitability for producers. Thus, the objective of the present study was to assess the effects of irrigation and poultry litter biochar on the vegetative growth of cherry tomato, ‘Carolina’ cultivar. The experiment was conducted in a semi-protected greenhouse of UAEA/UFCG campus in Campina Grande, PB, Brazil, using a completely randomized design, in a 4 x 4 factorial scheme with 3 replicates and in split plots. The factors studied were four levels of irrigation (70, 80, 90 and 100% of soil field capacity) and four doses of poultry litter biochar (0, 4, 8 and 12 t.ha-1). In the evaluation of plant height in relation to irrigation depth, a percentage increase of 33.19% was observed between the highest and lowest irrigation depths (70% and 100% of field capacity) at the end of the experiment. Regarding stem diameter in relation to irrigation depth variation, there was an increase of 5.5 mm from 47 to 107 days after germination. Poultry litter biochar influenced stem diameter, resulting in a percentage gain of 6.91% between the lowest and highest doses (0 and 12 t.ha-1). For leaf area, there was a percentage increase of 18.1% when comparing the lowest and highest irrigation depths (70% and 100% of field capacity). Resumo O cultivo do tomateiro cereja (Solanum lycopersicum var. cerasiforme) vem se tornando uma opção muito rentável devido ao seu elevado valor agregado. Desse modo, o uso de tecnologias para o controle da água e a utilização de condicionadores de solo, vem como uma possível forma de aumentar a rentabilidade para os produtores. Objetivou-se, assim, com o presente estudo, avaliar a variação de lâminas de irrigação e o uso do biocarvão de cama de aviário no crescimento vegetativo do tomate cereja vermelho cultivar ‘Carolina’. O experimento foi conduzido em casa de vegetação da UAEA/ UFCG campus Campina Grande –PB, utilizando delineamento inteiramente casualizado, em esquema fatorial 4 x 4 com 3 repetições e em parcelas subdivididas. Os fatores estudados foram quatro lâminas de irrigação (70, 80, 90 e 100% da capacidade de campo) e quatro doses de biocarvão de cama de aviário (0, 4, 8 e 12 t.ha-1). Na avaliação da altura de planta em relação à lâmina de irrigação, foi verificado um aumento percentual de 33.19% entre a maior e menor lâmina de irrigação (70 e 100% da capacidade de campo) ao final do experimento. Quanto ao diâmetro caulinar em relação à variação das lâminas de irrigação, houve um incremento de 5.5 mm dos 47 aos 107 dias após a germinação. O biocarvão de cama de aviário influenciou no diâmetro caulinar, conferindo um ganho percentual de 6.91% entre a menor e maior dose (0 e 12 t.ha-1). Para a área foliar, houve um incremento percentual de 18.1% quando avaliado entre a menor e maior lâmina de irrigação (70 e 100% da capacidade de campo).