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1 O4, an important constituent of aerosols and acid rain.
2 wn dust, forest fires, and pollution-induced acid rain.
3 ric deposition of pollutants, in particular, acid rain.
4 such widespread terrestrial bird declines to acid rain.
5 s acids and delivered to the early oceans as acid rain.
6  oxides (NOx) and hence to air pollution and acid rain.
7 s atmosphere, one of the major components of acid rain.
8 reduce chemical emissions that contribute to acid rain.
9 ental pH due to anthropogenic pressure (e.g. acid rain, acid mine drainages).
10              These reactions are relevant to acid rain and aerosol formation.
11 elevance since nitric acid is a component of acid rain and also contributes to renoxification process
12 ents, and anthropogenic disturbances such as acid rain and deforestation alter these trajectories by
13 c acid contributes to high concentrations of acid rain and to ozone layer depletion.
14 e evidence of repeated pulses of volcanic-S (acid rain) and increased Hg loading culminating in a cri
15 reenhouse gas, the importance of aerosols in acid rain, and CO(2)-buffering in cellular systems, surp
16 ate change associated with aridity, hypoxia, acid rain, and mass wasting.
17                                              Acid rain can negatively affect soil fertility and the g
18 d about ecosystem responses from research on acid rain, carbon dioxide enrichment in terrestrial plan
19 mplicated in environmental phenomena such as acid rain, climate change, and cloud formation.
20 oxide emissions (NO) lead to increased smog, acid rain, climate change, and respiratory inflammation
21 ng specific ions where prolonged exposure to acid rain could negatively affect the moderately toleran
22  Paleolimnology played a central role in the Acid Rain debates, as it was instrumental in demonstrati
23 der salty (e.g., estuaries) or acidic (e.g., acid rain droplets) aquatic conditions or both.
24 lain several conflicting observations of the acid rain effects on surface water P concentrations.
25 gypsum formation under SO(2)/H(2)O and model acid rain environments.
26 this radical might play an important role in acid rain formation.
27 essed within the context of the conventional acid rain generation mechanism.
28 l calcium (Ca) availability, suggesting that acid rain has depleted soil Ca to the point where it may
29                                   Decades of acid rain have acidified forest soils and freshwaters th
30 o address the question of the role played by acid rain in population declines of eastern North Americ
31    Our results suggest an important role for acid rain in recent declines of some birds breeding in t
32                        Forest harvesting and acid rain in the postsettlement period mobilized signifi
33 akes affected by acid mine drainage (AMD) or acid rain often contain elevated concentrations of ammon
34 rong, highly significant, negative effect of acid rain on the predicted probability of breeding by th
35 ression model to test for adverse effects of acid rain on the Wood Thrush, while controlling for regi
36 utions, such as those that could result from acid rain or mine drainage.
37 l pollutants notably by oxides of sulfur via acid rain, particulate matter sulfate and gaseous SO(2)
38 s play key roles in heterogeneous reactions, acid rain, radiative balance, and polar stratospheric cl
39 ducted to determine the effects of simulated acid rain (SAR) on the chemical properties of Nyalau ser
40 terations in soil chemistry due to simulated acid rain (SAR), particularly impacting soil fertility a
41                   Greenhouse gases can cause acid rain, which in turn degrades soil chemical properti
42 ndard procedures include preparing simulated acid rain with specific pH levels, followed by experimen