Sentence examples for bulk of green from inspiring English sources
While the bulk of Green resources were poured into Brighton – at one point Lucas had 300 volunteers pounding the streets and knocking on doors – the party had high hopes for Bristol West, especially after exit polls predicted a two-seat total.
Surprisingly, the bulk of green fruit that do not accumulate carotenoids during fruit development exhibited the same fruit development associated expression pattern of PSY1.
We were able to quantify the peak area of only three carotenoids of the bulk of green fruit: β-carotene (49.1 % of the total integrated peak area at 450 nm), lutein (32.8 %) and a third unidentified carotenoid (RT 4.66, 18.1 %) (Fig. 3e).
The interquartile ranges (IQR) of the control bulk and high bulk of green seedling in response to salt are 5792 and 7105, respectively, indicating a highly nonuniform distribution compared to IQR = 119 for a Poisson distribution when the mean coverage is 7800×.
Mr. Montoya, who was raised in Yuma, Ariz., where the bulk of greens consumed by Americans in the winter are grown, applied to work at Taylor Farms after reading about the on-site technology course it offers employees.
So far the Newstead community is making great gains with the bulk purchasing of green power, developments with micro-grids to push the boundaries of energy efficiency, local generation and electricity storage.
Thatcher, who began embracing environmental causes last fall after ignoring them for a decade, has implied that in a Tory-Labor showdown, the bulk of the Green vote would go to the Tories.
Thriving mainly in marine environments, prasinophytes constitute an heterogeneous assemblage of unicellular green algae that occupy the earliest-diverging lineages of the Chlorophyta, i.e. the division of the Viridiplantae containing the bulk of extant green algae [ 1– 3].
However, the bulk of the green fruit contained higher levels of chlorophylls than the bulk of the orange fruit at 30 DAA (6.8 and 5.5 μg g−1 FW, respectively), and the difference became larger at the mature stage (5.5 and 2.6 μg g−1 FW, respectively).
"That means a lot of bulk and loss of green space.
The high solubility of the obtained polymers in water allowed for the preparation of "green" bulk heterojunction solar cells which reached a power conversion efficiency of 4.85% when PC61BM was used as electron-acceptor material.
