The most common and most significant environmental failure ... loss of electrical powerresultsin prolonged darkness
Expt . 9 : 1-MCPto preventabscission in prolonged darkness
because it is apart from any filthleadshumans from darkness towards light
that rose upto leadhumans out of darkness
the child ... the onecould leadhumans out of darkness
to desperationleadsto desperation
a significant reduction in photosynthetic activity ( i.e. , plant and phytoplankton growth ... and hence a collapse of the food chain both on land and in the oceanswould have createda significant reduction in photosynthetic activity ( i.e. , plant and phytoplankton growth ... and hence a collapse of the food chain both on land and in the oceans
ultimatelywill ... leadultimately
depressionmay causedepression
some as yet unknown neurochemical imbalanceprovokingsome as yet unknown neurochemical imbalance
to a sustained C depletionleadsto a sustained C depletion
to carbohydrate starvationleadsto carbohydrate starvation
insanity intrigues youcausinginsanity intrigues you
to significant increases in transcript levels of SGR1 , NYC1 , PPH , and PaO in the wild type but significantly smaller increases in these in the mutant ( Figure 1Bledto significant increases in transcript levels of SGR1 , NYC1 , PPH , and PaO in the wild type but significantly smaller increases in these in the mutant ( Figure 1B
leaf senescence(passive) caused byleaf senescence
to more nursingleadsto more nursing
to significant decreases in the protein abundance of several key components in SUF pathway , including GRXS14 , NFU2 , NFU3 , SUFA , and SUFBleadsto significant decreases in the protein abundance of several key components in SUF pathway , including GRXS14 , NFU2 , NFU3 , SUFA , and SUFB
a precedent for the rest of the novelsetsa precedent for the rest of the novel
to an increase in CO2 fluxes but a decrease in CH4 fluxes in vegetated sedimentsledto an increase in CO2 fluxes but a decrease in CH4 fluxes in vegetated sediments