不知怎麼具體形容圖1 圖2的內容.
使用乙烯會使地上部鮮重 減少重量.
但是關於天數 我就不知他再說什麼了
希望您能 解釋他大概的意思.謝謝
http://www.horticultureworld.net/Ethylene and anti-ethylene treatment effects on cut.pdf
Results.
(Fig. 1A). (Fig. 1B).
Ethylene treatment: Relative fresh weight of ‘First Red’ rose declined in a linear manner for the
controls and the treated flowers (Fig. 1A). Actual relative fresh
weight loss was increased by the ethylene treatments and the
differences became apparent on the first day of measurement
after the ethylene treatment period. Flowers continued to absorb
vase solution faster than it was lost until day 3 (Fig. 1B). After
that time, loss was faster than uptake for all flowers. From day 3,
significant ethylene concentration effects on vase solution uptake
were discerned (Fig. 1B), and solution uptake was most reduced
following the 100 μl l-1 treatment.
已更新項目:
玫瑰花不同的化學處理以直線的方式表現減少地上部鮮重.
事實上以乙烯處理增進地上部鮮重喪失 在第一天測量 乙烯處理期間區別變得明顯.
花不間斷的快速吸收瓶插養液直到第3天開始緩慢吸收.
從第 3 日之後 所有的花快速喪失吸收.
以100PPM處理之後 降低瓶插養液攝取最明顯.
使用乙烯會使地上部鮮重 減少重量.
但是關於天數 我就不知他再說什麼了
希望您能 解釋他大概的意思.謝謝
http://www.horticultureworld.net/Ethylene and anti-ethylene treatment effects on cut.pdf
Results.
(Fig. 1A). (Fig. 1B).
Ethylene treatment: Relative fresh weight of ‘First Red’ rose declined in a linear manner for the
controls and the treated flowers (Fig. 1A). Actual relative fresh
weight loss was increased by the ethylene treatments and the
differences became apparent on the first day of measurement
after the ethylene treatment period. Flowers continued to absorb
vase solution faster than it was lost until day 3 (Fig. 1B). After
that time, loss was faster than uptake for all flowers. From day 3,
significant ethylene concentration effects on vase solution uptake
were discerned (Fig. 1B), and solution uptake was most reduced
following the 100 μl l-1 treatment.
已更新項目:
玫瑰花不同的化學處理以直線的方式表現減少地上部鮮重.
事實上以乙烯處理增進地上部鮮重喪失 在第一天測量 乙烯處理期間區別變得明顯.
花不間斷的快速吸收瓶插養液直到第3天開始緩慢吸收.
從第 3 日之後 所有的花快速喪失吸收.
以100PPM處理之後 降低瓶插養液攝取最明顯.
All Comments
結果
Ethylene treatment: Treatment of cut “First Red” rose with increasing concentration of ethylene（1,10, and 100mu1 1-1）progressively reduced post harvest life（Table 1）.
玫瑰花插在不同濃度的乙烯溶液裡面（1,10, 以及100mu1 1-1），濃度越高，採收後的玫瑰花的生命越短（見表1）。
Exposure to ethylene at 100mu1 1-1 reduced vase life by about 30%. Relative fresh weight of “First Red” rose declined in a linear manner for the controls and the treated flowers (Fig. 1A ).
插在濃度100mu1 1-1的乙烯溶液裡面，玫瑰花的花瓶生命大約減少30%，插在三種不同濃度的乙烯溶液和對照組（沒有乙烯）的玫瑰花，它們的鮮花重量都呈現直線下降。（見圖1A）
Actual relative fresh weight loss was increased by the ethylene treatments and the differences became apparent on the first day of measurement after the ethylene treatment period.
插在乙烯溶液裡面的玫瑰花，比對照組（沒有乙烯）的玫瑰花，減少更多的鮮花重量，而且，從插在乙烯溶液裡面的第一天開始，它們之間的差異就很明顯。
Flowers continued to absorb vase solution faster than it was lost until day 3 (Fig. 1B). After that time, loss was faster than uptake for all flowers. From day 3, significant ethylene concentration effects on vase solution uptake were discerned (Fig. 1B), and solution uptake was most reduced following the 100 mu;l l-1 treatment.
這些玫瑰花在前三天，從花瓶裡吸收的水分比流失的多，從那之後，流失的水分就比吸取的多，從第三天開始，乙烯濃度對玫瑰花吸收瓶中溶液的影響就非常明顯（見圖1B），在乙烯濃度為100 mu;l l-1的溶液裡，玫瑰花吸收的水分降的最多。