The characteristics of white tea—explained by a white tea company
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Release date:
2022-12-19
White Tea Enterprise Believe Since the white tea-producing region has a subtropical climate, the tea tree roots can only be divided into active and growing phases throughout the year, with no distinct dormancy period. Typically Growth activity remained relatively weak in early March, but root activity became significantly more pronounced from early March to early April. Following this period, root growth accelerated notably in June, August, and early October—especially during the first half of October. Meanwhile, root dieback and regeneration primarily occur during the winter months, from December to February. The periods when tea tree roots are most actively growing also coincide with their peak ability to absorb nutrients. Therefore, by identifying and targeting these phases of vigorous root growth, farmers can effectively initiate fertilization practices, leading to excellent cultivation outcomes.
White Tea Enterprise Believe The extent of the tea plant's active root system serves as the basis for determining fertilizer application locations and tillage depth. Since tea plants are frequently trampled between rows, leading to soil compaction, fertilizers are often applied close to the trunk—resulting in a shallow distribution of the plant's absorptive roots, which grow near the roots and stem of the tea tree itself.
White Tea Enterprise Believe Young lateral roots and fine roots are predominantly distributed in the surface layers. As the tree ages, the distribution in the lower layers gradually increases. In terms of horizontal distribution, Before the 5th year, fine roots are more densely distributed near the main axis; however, as the tree ages, the proportion of roots near the main axis decreases. Meanwhile, the vertical soil distribution along the edge of the tree canopy tends to increase, with a higher proportion of fine roots found in the interrows outside the canopy after the 8th year. Additionally, these patterns vary depending on factors such as tea cultivar, soil characteristics, management practices, and cultivation methods. Notably, different soil textures result in varying depths and extents of root penetration for tea plants.
White Tea Enterprise Believe In soils with severe crusting of clay particles or in bedrock beneath the topsoil, root systems struggle to grow downward, with only a few lateral roots penetrating deep and spreading widely. Before deep-plowing tea gardens, it's essential to cultivate the active soil layer effectively. (Also known as the effective soil layer), it is relatively deep, allowing tea tree root systems to spread both deeply and widely. However, excessively high groundwater levels can severely restrict root expansion. Similarly, densely planted tea trees experience significantly limited lateral root growth due to competition for space. On the other hand, proper fertilization and cultivation practices can greatly enhance the development of tea tree roots. Conversely, improper hoeing can hinder the lateral expansion of the root system.
White Tea Enterprise Believe The growth of new shoots directly influences both the timing of tea harvesting and the quality of the final product. The growth activity of leaf buds and the development of new shoots vary not only between plants but also among different leaf buds on the same branch of a single plant. Meanwhile, the apical bud, located at the top of the shoot, benefits from favorable nutrient conditions above ground.
White Tea Enterprise Believe The distribution and operational characteristics of auxin often give it a dominant role in activity, while the growth activity of axillary buds tends to be relatively weaker. Observations show that axillary buds typically form new shoots later than apical buds. 3–7 days. Axillary buds on the same branch typically appear in the middle section of the twig. Relatively First, the buds near the apical bud and those at the base begin to sprout. Relatively Evening. For the same tea tree canopy layer, tea buds emerge faster on the canopy surface than within the canopy, and they sprout more rapidly at the center of the surface compared to the edges. These differences in bud positioning also correspond to similar variations in new shoot growth rate, leaf expansion, and overall growth intensity.
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