RESUMO
Stingless bees have a fundamental important role in the economies and traditions of South America indigenous cultures. Are mainly responsible for the pollination of several plant species. This way, the aim was to identify if Brazilian consumers know stingless bee honey and its sensorial characteristics, what is the consumption of this, as well as to generate information to assist in the development of the productive chain of the specie. A closed structured questionnaire with 20 questions was used and the participants were invited via social media. Data were collected in November 2020. The statistical analyses were performed related to the description, characterization of the participants and frequencies. In addition to these,, multivariate analyzes, for word association and questionnaire responses were performed. It is clear that most participants have some confusion between the sensory and physical characteristics of honey from native stingless bees and Apis mellifera. This lack of knowledge of the product can cause problems both in the handling of honey for sale and for consumption. Another interference would be linked to the taste, when we highlight the acidity and less sweetness of this pot-honey, and the consumer can often deduce that the product is damaged or not from a good origin. There is little consumer awareness of the benefits and qualities of stingless honey. Many consumers are still unaware of the differences between breeding sites and characteristics of native stingless bees. Still, a large part of these associates the quality of this honey with the honey of Apis Mellifera.
RESUMO
The aim was to evaluate how the fodder pre- dehydration time and its phenological stages influence on ruminal degradability and digestibility of ryegrass silage. The evaluated samples consisted of treatments: Vegetative: Cut and ensiled; cut + 4 hours pre-drying and ensiled and; cut + 7 hours pre-drying and ensiled; Pre-flowering: Silage cutting and ensiled and 4 hours pre-drying and ensiled; Flowering: cut and ensiled, no pre-drying, with four replications each treatment. Silage was storage for four months. It was carried out three in situ digestibility assays to determine the curve of ruminal degradability at different times (3, 6, 9, 12, 24, 48 and 72 hours), like in situ digestibility and other three assays of 24 hours and 48 hours to determinate in vitro digestibility of silage. The digestibility of ryegrass silage was influenced by both the pre-dehydration times and phenological stage, and the dehydration time of cut and silage had a high proportion of degradable components, with higher degradation rate by 24 hours of incubation. The in vitro digestibility of the ryegrass silage was greater than that in situ for up to 48 hours. The digestibility of the ensiled ryegrass biomass was influenced by the dehydration times, as well as the plant growth stage, regardless of the methodology used, being higher values for the treatment without previous drying of the vegetative stage.
O objetivo foi determinar como o tempo de emurchecimento e o ciclo da planta influenciam na digestibilidade in vitro e degradabilidade in situ da silagem de azevém. As amostras foram provenientes de experimento a campo, com delineamento experimental de blocos ao acaso, com seis tratamentos (Vegetativo: cortar e ensilar; cortar + pré-secagem de 4 horas e ensilar e; cortar + pré-secagem de 7 horas e ensilar. Pré-florescimento: cortar e ensilar e présecagem de 4 horas. Florescimento: cortar e ensilar) e quatro repetições. A armazenagem foi de quatro meses. Foram realizados três ensaios de digestibilidade in situ para determinar a degradabilidade ruminal em diferentes tempos (3, 6, 9, 12, 24, 48 e 72 horas) e três ensaios de in vitro. A digestibilidade da silagem de azevém foi influenciada, tanto pelos tempos de desidratação, quanto pela idade da planta, sendo que, o tempo 0 do vegetativo apresentou alta proporção de componentes degradáveis, apresentando maior taxa de degradação até as 24 horas de incubação. A digestibilidade in vitro da silagem foi maior que degradabilidade in situ até às 48 horas. Maior digestibilidade da biomassa foi apresentada pelo tempo 0 do estádio vegetativo, para ambas as técnicas empregadas.