Hellen Elaine Gomes

Número de fileiras no canteiro e espaçamento entre plantas na produção e na rentabilidade da beterraba em Dourados, estado do Mato Grosso do Sul

This work had as objective to determine the yield, gross income and gross income minus seed cost of ‘Tall Top Early Wonder’ beet in answer to the use of four and five rows per plot and spaces of 5.0; 7.5 and 10.0 cm between plants. Harvest was done at 116 days after sowing, when the height of plants, fresh mass of leaves, diameter and length of roots and fresh mass of commercial and non-commercial roots were evaluated. The validation of this work was done by determination of gross income and gross income minus seed cost obtained per cultivated hectare. None of the evaluated characteristics was influenced significantly by the interaction of number of rows/spaces between plants. The highest gross income (R

Postharvest conservation of the tuberous roots of Pachyrhizus Ahipa (Wedd) Parodi

6,700.00) came from the treatment with five rows per plot and 5.0 cm among plants, and the highest gross income minus seed cost (R

Número de fileiras no canteiro e espaçamento entre plantas na produção e na rentabilidade da beterraba em Dourados-MS

5,654.00) was from the treatment with five rows and 10.0 cm between plants. It was concluded that to obtain the greatest yield of beet, five rows of plants per plot and 5.0 cm between plants must be used, but to obtain the highest gross income minus seed cost, five rows per plot and 10.0 cm between plants must be used.

Número de fileiras no canteiro e espaçamento entre plantas na produção e na rentabilidade da beterraba em Dourados-MS - DOI: 10.4025/actasciagron.v30i3.3550

This paper aimed to evaluate the effects of storage periods on the conservation of Pachyrhizus ahipa roots at different temperatures and packaging materials. The roots were harvested, washed, packed in PVC, plastic bags, without wrappings (control) and stored in polystyrene trays in refrigerators, or cold chambers, or at room temperature. Total titratable acidity (TTA), total soluble solids (TSS), pH, as well as their ash, lipid, total carbohydrate and protein (dry basis) contents were analyzed. The lowest loss of root fresh weight was observed in the cold chamber and plastic bags. The TTA remained higher among roots stored in the cold chamber and in PVC packaging. The lowest TSS contents were observed for roots stored in the cold chamber, and these did not vary among the packing materials. The average carbohydrate content percentage for all treatments was 84.9%. The percentage of lipids was highest in roots stored at room temperature while protein and ash contents were highest in roots under refrigeration. The best storage conditions for roots are plastic bags packaging in a cold chamber, with the roots retaining appropriate quality for commercialization for up to 30 days.

Produção e renda bruta de quatro clones de taro cultivados em Dourados, Estado do Mato Grosso do Sul

This work had as objective to determine the yield, gross income and gross income minus seed cost of ‘Tall Top Early Wonder’ beet in answer to the use of four and five rows per plot and spaces of 5.0; 7.5 and 10.0 cm between plants. Harvest was done at 116 days after sowing, when the height of plants, fresh mass of leaves, diameter and length of roots and fresh mass of commercial and non-commercial roots were evaluated. The validation of this work was done by determination of gross income and gross income minus seed cost obtained per cultivated hectare. None of the evaluated characteristics was influenced significantly by the interaction of number of rows/spaces between plants. The highest gross income (R

Produção e renda de mandioquinha-salsa e alface, solteiras e consorciadas, com adubação nitrogenada e cama-de-frangos em cobertura - DOI: 10.4025/actasciagron.v25i1.2672

6,700.00) came from the treatment with five rows per plot and 5.0 cm among plants, and the highest gross income minus seed cost (R

Spacing between plants and number of rows per plot on the yield of pea

5,654.00) was from the treatment with five rows and 10.0 cm between plants. It was concluded that to obtain the greatest yield of beet, five rows of plants per plot and 5.0 cm between plants must be used, but to obtain the highest gross income minus seed cost, five rows per plot and 10.0 cm between plants must be used.

Yield of cuttings and commercial roots of ‘Amarela de Carandaí’ peruvian carrot as a function of spacing and hilling

This work had as objective to determine the yield, gross income and gross income minus seed cost of ‘Tall Top Early Wonder’ beet in answer to the use of four and five rows per plot and spaces of 5.0; 7.5 and 10.0 cm between plants. Harvest was done at 116 days after sowing, when the height of plants, fresh mass of leaves, diameter and length of roots and fresh mass of commercial and non-commercial roots were evaluated. The validation of this work was done by determination of gross income and gross income minus seed cost obtained per cultivated hectare. None of the evaluated characteristics was influenced significantly by the interaction of number of rows/spaces between plants. The highest gross income (R

Produção e renda bruta de quatro clones de taro cultivados em Dourados, Estado do Mato Grosso do Sul - DOI: 10.4025/actasciagron.v31i2.479

6,700.00) came from the treatment with five rows per plot and 5.0 cm among plants, and the highest gross income minus seed cost (R

Produção de mudas e de raízes comerciais de mandioquinha-salsa 'Amarela de Carandaí' em função de espaçamentos e amontoa Yield of cuttings and commercial roots of 'Amarela de Carandaí' peruvian carrot as a function of spacing and hilling

5,654.00) was from the treatment with five rows and 10.0 cm between plants. It was concluded that to obtain the greatest yield of beet, five rows of plants per plot and 5.0 cm between plants must be used, but to obtain the highest gross income minus seed cost, five rows per plot and 10.0 cm between plants must be used.