Sentence examples for harvesting p from inspiring English sources

Figures 6 and 7 depict the battery evolution of the BSs in tier 1, tier 2, tier 3, and tier 4 for different values of harvesting p and α considering the traditional max-SINR approach and the proposed strategy.

Figure 5a presents the cumulative distribution function (CDF) of the rates for the more complex strategy proposed in this paper in (12), denoted as "G" (or 'General' in some subsequent figures) in the legend, and the maximum SINR association strategy, denoted as 'MS', for different values of α and harvesting p 6. Notice that α=1 allows to use all the battery at each particular epoch.

The biological processes corresponding to the lowest p-values, in decreasing order of importance, were "photosynthesis" (p = 2.66E-43), "photosynthesis light harvesting" (p = 4.48E-24), "protein-chromophore linkage" (p = 2.45E-17), "oxidation-reduction process" (p = 1.74E-13).

The result was valid for fuelwood (p < 0.001) and for total subsistence wood harvest (p < 0.01).

Further, leopard populations in many areas may have been "released" [36] by large scale declines in lion numbers: lions inflict considerable mortality on leopards [37]; consequently, hunting blocks in Tanzania's Selous Game Reserve with the highest lion harvest intensities showed the largest increases in leopard harvests (P = 0.0059 after controlling for declines in lion offtakes, n = 45 blocks).

There were interaction effects between water deficit treatment and harvest (P < 0.001) and cultivar and water deficit treatment (P < 0.01) on total plant mass.

Night harvest (p = 0.028; OR = 0.133) and knowledge about sign or symptoms (p = 0.042; OR = 0.383) were negatively associated with this infection.

However, grain Cd content of the high-Cd NIL was significantly greater than that of the low-Cd NIL at all harvests (P < 0.001).

Both the content and concentration of Cd in shoots of the high-Cd NIL were at least 2-fold greater than in low-Cd NIL at all harvests (P < 0.001; Figure  1).

The Cd concentrations of all shoot tissues in the high-Cd NIL were at least 2-fold greater than in low-Cd NIL at all harvests (P < 0.001; Figures  3 and 4).

Consistent with the longer pre-anthesis growth period, the low-Cd NIL accumulated significantly more shoot, root, and whole-plant biomass than the high-Cd NIL at all harvests (P < 0.001; Figure  1).