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Avaliação da eficácia do BIOPOLIN ® na cultura do Kiwi
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Este trabalho teve como objetivo estudar o uso do produto BIOPOLIN® em culturas de kiwi, com foco no papel dos polinizadores e no aumento da produção. A pesquisa analisou a taxa de vingamento das flores e o impacto do BIOPOLIN ® que é um atrativo de abelhas polinizadoras que promove uma maior atratividade das flores para com os insetos polinizadores, e assim temos uma melhor polinização, que permite obter frutos de maior calibre, mais bem conformados e com um maior número de sementes por fruto.Adicionalmente, o estudo abordou o efeito da pulverização do BIOPOLIN® no desenvolvimento dos frutos, avaliando parâmetros como peso, diâmetro e altura dos frutos. Foram realizadas três colheitas de dados em campo, seguidas de medições e pesagens, com a análise da média dos alores obtidos por planta.Os resultados indicaram que, de maneira geral, as plantas não pulverizadas apresentaram frutos com peso e diâmetro ligeiramente superiores o que pode ser explicado por uma maior presença de frutos por área, embora com maior dispersão nos dados, sugerindo maior heterogeneidade. Em contraste, as plantas pulverizadas apresentaram frutos com desempenho médio inferior em termos de peso e diâmetro, mas com valores mais próximos da média, indicando uma produção mais uniforme.Quanto à altura dos frutos, observou-se um padrão semelhante ao do peso, com frutos das plantas pulverizadas sendo, em média, mais altos, mas com maior variação. Já as plantas não pulverizadas apresentaram maior consistência na altura.Em síntese, embora o tratamento de pulverização tenha promovido um crescimento mais uniforme, ele também gerou maior variabilidade no tamanho e na altura dos frutos. Por outro lado, as plantas não pulverizadas, apesar de apresentarem maior heterogeneidade, mostraram um desempenho médio superior. Esses resultados sugerem que a escolha do tratamento ideal pode depender das prioridades de produção, seja para alcançar maior homogeneidade ou para promover um aumento no tamanho médio dos frutos.
This study aimed to investigate the use of BIOPOLIN® in kiwi crops, focusing on the role of pollinators and increased production. The research analyzed the flower set rate and the impact of BIOPOLIN®, which is an attractant for pollinating bees that promotes greater flower attractiveness to pollinators, leading to better pollination. As a result, larger, better-shaped fruits with more seeds per fruit were obtained.Additionally, the study explored the effect of BIOPOLIN® spraying on fruit development, evaluating parameters such as weight, diameter, and height of the fruits. Three field data collections were carried out, followed by measurements and weighing, with the analysis of the average values obtained per plant.The results indicated that, in general, the untreated plants had fruits with slightly higher weight and diameter, which could be explained by a higher number of fruits per area, although with greater data dispersion, suggesting higher heterogeneity. In contrast, the sprayed plants had fruits with slightly lower performance in terms of weight and diameter but with values closer to the average, indicating more uniform production.Regarding fruit height, a similar pattern to weight was observed, with fruits from sprayed plants being, on average, taller, but with greater variation. The untreated plants, on the other hand, showed greater consistency in height.In summary, although the spraying treatment promoted more uniform growth, it also generated greater variability in fruit size and height. On the other hand, the untreated plants, despite showing greater heterogeneity, had a higher average performance. These results suggest that the choice of the ideal treatment may depend on production priorities, whether aiming for greater uniformity or promoting an increase in the average fruit size.
This study aimed to investigate the use of BIOPOLIN® in kiwi crops, focusing on the role of pollinators and increased production. The research analyzed the flower set rate and the impact of BIOPOLIN®, which is an attractant for pollinating bees that promotes greater flower attractiveness to pollinators, leading to better pollination. As a result, larger, better-shaped fruits with more seeds per fruit were obtained.Additionally, the study explored the effect of BIOPOLIN® spraying on fruit development, evaluating parameters such as weight, diameter, and height of the fruits. Three field data collections were carried out, followed by measurements and weighing, with the analysis of the average values obtained per plant.The results indicated that, in general, the untreated plants had fruits with slightly higher weight and diameter, which could be explained by a higher number of fruits per area, although with greater data dispersion, suggesting higher heterogeneity. In contrast, the sprayed plants had fruits with slightly lower performance in terms of weight and diameter but with values closer to the average, indicating more uniform production.Regarding fruit height, a similar pattern to weight was observed, with fruits from sprayed plants being, on average, taller, but with greater variation. The untreated plants, on the other hand, showed greater consistency in height.In summary, although the spraying treatment promoted more uniform growth, it also generated greater variability in fruit size and height. On the other hand, the untreated plants, despite showing greater heterogeneity, had a higher average performance. These results suggest that the choice of the ideal treatment may depend on production priorities, whether aiming for greater uniformity or promoting an increase in the average fruit size.
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BIOPOOLIN Polinizadores Flores Frutos