trigram

This is a table of type trigram and their frequencies. Use it to search & browse the list to learn more about your study carrel.

trigram	frequency
as well as	299
the presence of	282
the use of	271
in order to	147
one of the	139
due to the	139
the number of	134
as a result	116
in drinking water	111
the united states	111
in the environment	109
of enteric viruses	101
in terms of	99
in the water	97
can be used	97
there is a	95
enteric viruses in	95
of the water	94
in developing countries	91
the removal of	88
in addition to	88
the detection of	86
most of the	84
in the united	82
of viruses in	82
need to be	80
the development of	79
because of the	79
the survival of	78
the risk of	77
that can be	76
of escherichia coli	76
the effect of	75
a result of	75
indoor vertical farms	75
such as the	74
based on the	73
human enteric viruses	73
be used to	73
of the most	72
according to the	72
the effects of	72
of drinking water	72
a number of	71
part of the	69
some of the	69
escherichia coli o	68
the amount of	66
hepatitis a virus	66
wastewater treatment plants	65
of biscao water	63
of pathogens in	60
for the detection	59
depending on the	59
the occurrence of	58
the need for	58
in water and	57
it is important	57
it has been	57
the role of	55
on the other	55
the lack of	54
associated with the	54
a variety of	54
of climate change	53
the spread of	53
the other hand	53
of water and	52
there is no	51
pathogens in water	51
the concentration of	51
viruses in water	51
of water quality	50
the most important	49
the case of	49
can also be	49
in this study	49
needs to be	48
tortora et al	48
water and wastewater	47
to reduce the	47
is important to	46
in the future	46
of viruses from	46
the application of	46
the quality of	45
as indicators of	45
personal care products	45
tc and cf	45
well as the	45
at the same	44
the type of	44
u r n	43
drinking water and	43
r o o	43
l p r	43
a l p	43
o o f	43
p r o	43
n a l	43
o u r	43
p r e	43
have been reported	43
r n a	43
j o u	43
have been used	43
is one of	42
the ph of	42
the degradation of	42
the fact that	42
the level of	42
and colloidal dispersion	41
of the virus	41
davis and cornwell	41
the surface of	41
of the disease	40
of human enteric	40
the impact of	40
to be a	40
for detection of	40
many of the	40
the absence of	40
to determine the	39
of fecal contamination	39
in the following	39
the source of	39
the water supply	39
in the case	38
the need to	38
an increase in	38
in the presence	38
of the total	38
used as a	38
removal efficiency of	37
have also been	37
the efficiency of	37
is the most	37
of the world	37
for the removal	37
in some cases	36
a review of	36
in sea water	36
of hepatitis a	36
drinking water treatment	36
referred to as	35
it can be	35
world health organization	35
has been reported	35
related to the	35
in environmental samples	34
viruses in the	34
as part of	34
in developed countries	34
the form of	34
the same time	34
be used for	34
of the population	34
fruits and vegetables	33
and can be	33
result of the	33
drinking water sources	33
the transmission of	33
and personal care	33
the importance of	33
with respect to	33
the effectiveness of	33
the formation of	33
an outbreak of	33
changes in the	33
the production of	32
that have been	32
in the same	32
be found in	32
surface of the	32
used in the	32
willey et al	32
to the water	32
human and animal	32
may not be	32
are used to	32
the most common	31
it should be	31
the majority of	31
found to be	31
it is also	31
wide range of	31
of fecal pollution	31
present in the	31
photocatalytic degradation of	31
indicators of fecal	31
that there is	31
in the form	31
been shown to	31
a wide range	31
as shown in	31
used for the	31
water and sanitation	30
because of their	30
a source of	30
a combination of	30
can be found	30
the rate of	30
it is not	30
in wastewater treatment	30
of the presence	30
increase in the	30
the growth of	30
the treatment of	30
the potential to	30
the end of	29
the relationship between	29
to evaluate the	29
safe drinking water	29
information on the	29
compared to the	29
the range of	29
burden of disease	29
be used as	29
water in the	29
and survival of	28
bacteria and viruses	28
madigan et al	28
addition to the	28
the basis of	28
in relation to	28
methods for the	28
be able to	28
some of these	28
to the environment	28
to improve the	28
large volumes of	28
shown in figure	28
of public health	28
in the s	28
of the pathogen	28
the ability of	28
be used in	27
pathogens in the	27
considered to be	27
due to their	27
water supply and	27
the possibility of	27
has been used	27
the umgeni river	27
of enteric pathogens	27
likely to be	27
the aquatic environment	27
in surface water	27
of which are	27
climate change and	27
in response to	27
in the soil	27
environmental protection agency	27
found in the	27
in the field	27
escherichia coli in	26
the construction of	26
different types of	26
the extent of	26
virus removal efficiency	26
polymerase chain reaction	26
water from the	26
on the surface	26
of water in	26
for the presence	26
development of a	26
for this reason	26
bmps and mms	26
the fate of	26
water distribution systems	26
water quality and	26
the size of	26
of indoor vertical	26
the potential for	26
in water samples	26
role in the	26
for drinking water	25
shown in fig	25
the environment and	25
and human health	25
to climate change	25
between the two	25
wastewater treatment plant	25
for developing countries	25
were found to	25
in the past	25
outbreaks associated with	25
have to be	25
of the environment	25
have been proposed	25
the reduction of	25
depends on the	25
been reported to	25
the water quality	25
of organic pollutants	25
pharmaceuticals and personal	25
for removal of	25
it may be	25
detection of human	24
may also be	24
use of the	24
to human health	24
over the past	24
enteric viruses and	24
there are several	24
the addition of	24
biscao water was	24
viruses from water	24
following treatment with	24
use of water	24
water quality in	24
risk of infection	24
are known to	24
are capable of	24
to ensure that	24
a systematic review	24
around the world	24
river water samples	24
the state of	24
and in the	24
by means of	24
the world health	24
from tap water	24
for use in	24
added to the	24
with regard to	24
the provision of	24
in recent years	24
microbial risk assessment	24
the marine environment	24
parts of the	24
the nature of	24
for human consumption	24
of waterborne pathogens	24
efficiency of the	23
out of the	23
has been shown	23
severe acute respiratory	23
of indicator bacteria	23
shown in table	23
the distribution of	23
the water environment	23
is necessary to	23
in the aquatic	23
are shown in	23
were detected in	23
the results of	23
in the absence	23
the impacts of	23
biscao water and	23
drinking water distribution	23
responsible for the	23
for the degradation	23
is based on	23
is used to	23
physical and chemical	22
the ability to	22
bacteria in the	22
from large volumes	22
review of the	22
to be more	22
as an indicator	22
associated with a	22
the pmma go	22
indoor vertical farming	22
survival of escherichia	22
in many cases	22
nature of the	22
than that of	22
acute respiratory syndrome	22
concentration of viruses	22
the percentage of	22
of water resources	22
wide variety of	22
to assess the	22
the availability of	22
and wastewater treatment	22
from the water	22
as a source	22
drinking water supplies	22
the united nations	22
all of the	22
the increase in	21
indicator bacteria in	21
a function of	21
to public health	21
is that the	21
enteric pathogens in	21
the public health	21
in the region	21
be related to	21
a is the	21
on the basis	21
is an important	21
has also been	21
caused by the	21
can be achieved	21
to increase the	21
quality of the	21
enteric pathogen exposure	21
the water sample	21
can be a	21
are the most	21
in the world	21
are based on	21
fecal contamination in	21
characteristics of the	21
evaluation of the	21
the consumption of	21
i i i	21
there is an	21
samples were collected	21
they can be	21
may have been	20
the generation of	20
should be considered	20
the analysis of	20
have not been	20
wastewater treatment processes	20
factors such as	20
listed in table	20
been used to	20
the influence of	20
virus survival in	20
the incidence of	20
under visible light	20
is likely to	20
it is necessary	20
and application of	20
fecal indicator bacteria	20
ph of the	20
of wastewater treatment	20
presence of viruses	20
in comparison to	20
survival of enteric	20
are associated with	20
detection of viruses	20
of the same	20
detection of pathogens	20
found that the	20
from exposure to	20
that has been	20
that do not	20
understanding of the	20
to deal with	20
the value of	20
viral pathogens in	20
of the outbreak	20
in the tropics	20
is essential to	20
due to its	20
spread of the	20
quantitative microbial risk	20
an overview of	20
the time of	20
water use efficiency	19
a license to	19
it is made	19
this preprint this	19
a recent study	19
license to display	19
in soil and	19
the design of	19
the copyright holder	19
who has granted	19
size of the	19
is made available	19
any of the	19
granted medrxiv a	19
is the author	19
for up to	19
display the preprint	19
contamination of the	19
of water is	19
to identify the	19
to drinking water	19
in environmental waters	19
the preprint in	19
and water quality	19
do not have	19
medrxiv a license	19
copyright holder for	19
the author funder	19
preprint this version	19
of fecal coliforms	19
viruses in environmental	19
into the water	19
in the removal	19
impact on the	19
the course of	19
to display the	19
at the end	19
for this preprint	19
is a major	19
led to the	19
has granted medrxiv	19
to enteric pathogens	19
have been developed	19
this version posted	19
is needed to	19
a wide variety	19
preprint in perpetuity	19
are likely to	19
to meet the	19
holder for this	19
in fresh water	19
the uptake of	19
for the treatment	19
it is the	18
millennium development goals	18
the following sections	18
have the potential	18
are able to	18
and drinking water	18
and that the	18
a group of	18
hadvs and hpyvs	18
should not be	18
and characterization of	18
in water treatment	18
regions of the	18
a lack of	18
revealed that the	18
the degree of	18
the most commonly	18
of the global	18
of organic matter	18
available under a	18
known to be	18
high levels of	18
environmental water samples	18
international license it	18
close to the	18
in contact with	18
the disease burden	18
contamination of drinking	18
risk assessment of	18
made available under	18
water and the	18
detection of waterborne	18
quality of water	18
more likely to	18
based on a	18
of water for	18
the ratio of	18
that may be	18
the removal efficiency	18
exposure to the	18
to be considered	18
portion of the	18
is shown in	18
the world bank	18
in which the	18
of coliform bacteria	18
the prevalence of	18
in biscao water	18
the process of	18
which is a	18
on the survival	18
the safety of	18
human health and	18
that of the	18
under a is	18
of waterborne illness	18
from drinking water	18
degradation of organic	18
were found in	18
water that is	18
isolated from the	18
half of the	18
license it is	18
of the soil	18
to be the	18
are difficult to	18
the drinking water	18
the developing world	18
to be used	18
a case study	17
analysis of the	17
the study of	17
shown to be	17
be present in	17
could be used	17
concentration of the	17
of the filter	17
for at least	17
direct detection of	17
in the study	17
sobsey et al	17
majority of the	17
function of the	17
many of these	17
of enteroviruses in	17
is associated with	17
and identification of	17
as they are	17
to maintain the	17
the loss of	17
in the early	17
the introduction of	17
with the use	17
period of time	17
in the last	17
cfu ml of	17
in the u	17
in the area	17
sources of contamination	17
was used to	17
and use of	17
use of a	17
the water composition	17
reported in the	17
reported to be	17
to provide a	17
of bacteria and	17
to control the	17
volumes of water	17
are to be	17
at the time	17
for this purpose	17
led to a	17
the detection limit	17
to have a	17
to estimate the	17
from water samples	17
the efficacy of	17
been used for	17
this is not	17
of viral pathogens	17
the water source	17
volume of water	17
assessment of the	17
to calculate the	17
the etiologic agent	17
in river water	17
drinking water in	17
plants and animals	17
drinking water standards	16
an example of	16
method for the	16
in wastewater and	16
a comparison of	16
a period of	16
used as an	16
there are many	16
in this regard	16
have shown that	16
their ability to	16
over the last	16
treated drinking water	16
which is the	16
reported that the	16
change in the	16
terms of the	16
the protection of	16
the water and	16
the incubation period	16
waterborne disease outbreaks	16
that are not	16
that they are	16
the opportunity to	16
to the soil	16
there was no	16
of pharmaceuticals and	16
the result of	16
the most effective	16
weiner and matthews	16
more than of	16
the wastewater treatment	16
the control of	16
the action labs	16
detection of sars	16
and persistence of	16
urban coastal zones	16
microbial source tracking	16
a virus and	16
presence of enteric	16
have been identified	16
household water use	16
the identification of	16
the magnitude of	16
a series of	16
water quality standards	16
water treatment plant	16
showed that the	16
to the presence	16
it is estimated	16
that there are	16
the performance of	16
and public health	16
of contamination and	16
viable but non	16
for recovery of	16
exposure to enteric	16
bosch et al	16
and transport of	16
the persistence of	16
it is essential	16
of virus removal	16
in the air	16
virus adsorption to	16
which can be	16
an indicator of	16
that could be	16
when the water	16
has led to	16
on the water	16
on form g	16
studies on the	16
has not been	16
some of which	16
is used as	16
in the literature	16
because of its	16
the water is	16
this can be	15
fecal coliforms in	15
presence of sars	15
due to a	15
associated with drinking	15
play a role	15
construction of the	15
water quality monitoring	15
drinking water quality	15
with drinking water	15
management of water	15
distribution of the	15
which may be	15
in comparison with	15
of waterborne diseases	15
enteric viruses are	15
this is a	15
be attributed to	15
are presented in	15
data on the	15
a list of	15
drinking water supply	15
is estimated that	15
the rest of	15
refers to the	15
may lead to	15
is to be	15
they do not	15
a role in	15
one or more	15
be necessary to	15
of contaminated water	15
in situ hybridization	15
in water governance	15
part of a	15
the authors declare	15
of human pathogens	15
into the environment	15
water use behaviors	15
there are also	15
indoor vertical farm	15
a virus in	15
been identified as	15
water samples were	15
of the bay	15
than in the	15
the implementation of	15
removal of viruses	15
biscao and bisca	15
access to safe	15
of surface water	15
and the environment	15
and control of	15
of viruses and	15
water use and	15
detection and quantification	15
if there is	15
there have been	15
risks associated with	15
overview of the	15
tropical and subtropical	15
to understand the	15
in the us	15
has been a	15
been isolated from	15
the combination of	15
sanitation and hygiene	15
be defined as	15
for public health	15
related to water	15
will need to	15
state of the	15
members of the	15
correlated with the	15
may be used	15
attributed to the	14
result in a	14
of the covid	14
fate and transport	14
in this case	14
are present in	14
a measure of	14
and changes in	14
of bmps and	14
throughout the year	14
are caused by	14
included in the	14
are needed to	14
more resistant to	14
climate change on	14
suggest that the	14
can result in	14
the cause of	14
viruses from large	14
there is the	14
ghana water company	14
there are three	14
the health of	14
in the sample	14
compared to other	14
in the first	14
been detected in	14
water can be	14
obtained from the	14
in the sea	14
dependent on the	14
to protect the	14
was added to	14
and fecal coliforms	14
are responsible for	14
surface water and	14
for the development	14
and has been	14
by the presence	14
could not be	14
in environmental water	14
hepatitis e virus	14
viruses such as	14
for the protection	14
it will be	14
in the developing	14
cause of the	14
contamination in the	14
during wastewater treatment	14
techniques such as	14
collected from the	14
cf remained viable	14
results of the	14
of the plant	14
is less than	14
concentrations in the	14
and routes of	14
than of the	14
and ground water	14
public health and	14
in the laboratory	14
below the detection	14
it is possible	14
the late s	14
the selection of	14
and there is	14
contact with the	14
c for h	14
source of the	14
can be transmitted	14
it is a	14
the burden of	14
of bacteria in	14
a set of	14
up to days	14
been used in	14
may be useful	14
been used as	14
a lot of	14
and hepatitis a	14
resulting in the	14
was found to	14
be considered as	14
this is because	14
prior to the	14
is caused by	14
impacts of the	14
seems to be	14
of the year	14
other types of	14
in the umgeni	14
the isolation of	14
mitigation and adaptation	14
of water supply	14
has to be	14
to determine whether	14
risk of illness	14
is a need	14
wastewater from wwtps	14
climate change adaptation	14
the frequency of	14
in urban coastal	14
transmission of sars	14
pmma go film	14
the sum of	13
the probability of	13
on the occurrence	13
of the people	13
in water is	13
so that the	13
be associated with	13
care products in	13
detection of enteric	13
to play a	13
of which is	13
it is clear	13
been proposed for	13
surveillance for waterborne	13
in this chapter	13
applied to the	13
surface and groundwater	13
composition of the	13
bioshell calcium oxide	13
thought to be	13
in the netherlands	13
supply and sanitation	13
a water sample	13
li et al	13
in the food	13
rapid detection of	13
should be used	13
involved in the	13
of foodborne pathogens	13
in the range	13
the go layer	13
land application of	13
a range of	13
of microbial pathogens	13
goods and services	13
spread of covid	13
with a high	13
in fresh and	13
of gi illness	13
influenced by the	13
presence of a	13
of the viruses	13
drinking water systems	13
and it is	13
to account for	13
that it is	13
and fecal coliform	13
been associated with	13
global climate change	13
recovery of viruses	13
were used to	13
the concept of	13
a survey of	13
the potential of	13
the cost of	13
effect on the	13
the determination of	13
may be a	13
of the high	13
is used for	13
disease burden of	13
presented in table	13
of the illness	13
of the plants	13
differences in the	13
been reported in	13
the preparation of	13
the characteristics of	13
the release of	13
a summary of	13
have been isolated	13
an analysis of	13
the dry season	13
as in the	13
they have been	13
number of bacteria	13
as compared to	13
of the human	13
factors affecting the	13
present in water	13
in water quality	13
difference between the	13
and quantification of	13
and development of	13
on survival of	13
this is the	13
be due to	13
compared with the	13
more than one	13
has been demonstrated	13
along with the	13
performance of the	13
of tc and	13
access to water	13
be noted that	13
terpstra et al	13
such as those	13
morbidity and mortality	13
of the following	13
water management and	13
large amount of	13
to prevent the	13
pathogens in a	13
the past years	13
there was a	12
was used for	12
of these viruses	12
the existence of	12
bacterial and viral	12
a water quality	12
contribute to the	12
to overcome the	12
in many countries	12
and the ph	12
as it is	12
as soon as	12
of the target	12
recovery efficiencies of	12
on human health	12
sewage treatment plants	12
at room temperature	12
that the water	12
a need to	12
vertical farms are	12
as much as	12
various types of	12
the water column	12
it is worth	12
for water reuse	12
of human adenoviruses	12
of vibrio cholerae	12
health risk assessment	12
act as a	12
of the time	12
water is a	12
the photocatalytic degradation	12
the ssan region	12
can lead to	12
they may be	12
quality of life	12
in the community	12
for virus concentration	12
in aquatic environments	12
indicators of water	12
well as in	12
in water environments	12
in marine waters	12
from the same	12
specific surface area	12
and cf remained	12
be difficult to	12
water to the	12
and safe water	12
combined with the	12
of the membrane	12
it was found	12
of the two	12
of the cell	12
figure shows the	12
a change in	12
most of these	12
have been shown	12
whether or not	12
in each study	12
water quality criteria	12
where there is	12
in the process	12
such as in	12
are considered to	12
advanced oxidation processes	12
of fruits and	12
used as the	12
this method is	12
reduced graphene oxide	12
it must be	12
discussed in the	12
us epa guidelines	12
an attempt to	12
in peninsular malaysia	12
has been suggested	12
have been detected	12
transmission of the	12
to that of	12
viruses were detected	12
in a single	12
will be used	12
be the most	12
surface and ground	12
has been observed	12
the st century	12
source of contamination	12
is due to	12
an average of	12
in this section	12
focus on the	12
giardia and cryptosporidium	12
an indoor vertical	12
and the use	12
factor in the	12
of waterborne disease	12
the particle size	12
has been considered	12
of microorganisms in	12
marine and estuarine	12
been proposed as	12
will have to	12
a ph of	12
sources such as	12
in surface waters	12
which in turn	12
in the transmission	12
there are no	12
this process is	12
in the production	12
are used as	12
leading to a	12
for water treatment	12
the complexity of	12
the cfu ml	12
access to basic	12
for the water	12
that in the	12
rest of the	12
in coastal waters	12
of the river	12
of the occurrence	12
contamination of water	12
detected in the	12
global burden of	12
a reduction in	12
treatment with undiluted	12
in most cases	12
a swimming pool	12
it is likely	12
lenghton et al	12
and the presence	12
of the major	12
has been found	12
issues in the	11
of water to	11
a total of	11
contributing to the	11
for pathogen removal	11
total and fecal	11
which could be	11
structure of the	11
pathogens in environmental	11
modification of the	11
liu et al	11
the choice of	11
viruses and bacteria	11
the flow of	11
inactivation of viruses	11
outbreak of hepatitis	11
it could be	11
are discussed in	11
end of the	11
little or no	11
in tap water	11
zhang et al	11
in the action	11
of viral particles	11
of more than	11
is responsible for	11
the likelihood of	11
areas of the	11
the field of	11
to the high	11
in water systems	11
based on their	11
as one of	11
ratio of the	11
filter run time	11
in rural areas	11
but it is	11
to note that	11
through the filter	11
in rural bangladesh	11
of the greenhouse	11
the null hypothesis	11
the context of	11
one health approach	11
wastewater treatment and	11
the origin of	11
that will be	11
when compared to	11
should be noted	11
mg kg day	11
of the available	11
wastewater and sludge	11
uptake of bmps	11
recent advances in	11
in the late	11
important to note	11
ph of biscao	11
the filtration efficiency	11
of the united	11
better understanding of	11
with each other	11
into the atmosphere	11
degradation of ppcps	11
removal of pharmaceuticals	11
of filter media	11
to investigate the	11
was used as	11
human health risk	11
not only the	11
to volume ratio	11
of fecal coliform	11
the diversity of	11
the th century	11
for the first	11
the stability of	11
view of the	11
in a water	11
be useful in	11
annual disease burden	11
for water purification	11
number of viruses	11
have led to	11
location of the	11
was found that	11
at the surface	11
of clean water	11
may be present	11
observed in the	11
agents in the	11
of the wastewater	11
of enteric bacteria	11
and may be	11
in urban areas	11
and distribution of	11
co in the	11
as long as	11
likely to have	11
the following equation	11
it would be	11
was able to	11
there are a	11
presence of the	11
haramoto et al	11
in the atmosphere	11
for waterborne disease	11
high level of	11
on pathogen removal	11
viruses in groundwater	11
an evaluation of	11
guidelines for water	11
making on water	11
has been identified	11
of these methods	11
the onset of	11
to reach the	11
lower than the	11
and surface water	11
significant role in	11
the most widely	11
abad et al	11
of the parasite	11
effects of water	11
not limited to	11
the demand for	11
in the metropolis	11
used to calculate	11
is also a	11
information on form	11
of ghg emissions	11
of the other	11
antibiotic resistance genes	11
the adsorption of	11
and of the	11
the strength of	11
the distribution system	11
for more than	11
the risk assessment	11
and adaptation strategies	11
disease in the	11
study showed that	11
of the environmental	11
onset of illness	11
for virus removal	11
have been widely	11
effect of the	11
properties of the	11
fecal coliforms and	11
risk associated with	11
and analysis of	11
continue to be	11
of biotic impoverishment	11
the advantage of	11
are listed in	11
which are not	11
depend on the	11
the age of	11
in this area	11
safe water and	11
be taken into	11
water treatment plants	11
of schistosomiasis in	11
taken into account	11
from water by	11
an index of	11
in water by	11
with a ph	11
resulted in the	11
have been made	11
is likely that	11
of the risk	11
high concentrations of	11
disease burden from	11
drinking water is	11
to adapt to	11
exposed to the	11
time of the	11
in the design	11
a state of	10
ensure that the	10
has the potential	10
the water samples	10
that should be	10
a one health	10
systematic review and	10
quantitative detection of	10
and implications for	10
of solar radiation	10
there has been	10
survival of salmonella	10
in a given	10
suggested that the	10
is essential for	10
and viruses in	10
of cryptosporidium parvum	10
survival of pathogens	10
virus removal in	10
periods of time	10
to address the	10
detection in water	10
raw human wastewater	10
been found to	10
o of f	10
volume water samples	10
use in the	10
that indoor vertical	10
have access to	10
be considered in	10
to of the	10
this means that	10
presence of pathogens	10
and sea water	10
that need to	10
to traditional farming	10
of the region	10
and evaluation of	10
in the spread	10
large number of	10
is clear that	10
sources and routes	10
nitrogen and phosphorus	10
to detect the	10
of pathogenic viruses	10
most probable number	10
each of the	10
of a water	10
studies have shown	10
of the use	10
of graphene oxide	10
the difference between	10
the risks of	10
and detection of	10
water used for	10
drinking water that	10
to treat wastewater	10
summarized in table	10
food or water	10
control and prevention	10
of a new	10
transmission of viruses	10
on climate change	10
the ecology of	10
for viruses and	10
the issue of	10
appear to be	10
be responsible for	10
the past decade	10
for treatment of	10
indicator organisms in	10
of chemical mixtures	10
in north america	10
it does not	10
ml for tc	10
respect to the	10
of filter run	10
diseases that are	10
science and technology	10
focused on the	10
signs and symptoms	10
the quantity of	10
of the problem	10
the benefits of	10
is added to	10
survival of human	10
the outbreak of	10
in the use	10
of environmental health	10
is able to	10
as the source	10
surface area to	10
appears to be	10
the calculation of	10
the temperature of	10
proportion of the	10
quantity and quality	10
assumed to be	10
for enumeration of	10
is considered to	10
humic and fulvic	10
techniques for the	10
for tc and	10
to the laboratory	10
source of water	10
of potable water	10
also be used	10
used to evaluate	10
water treatment technologies	10
fecal streptococci and	10
this kind of	10
in contrast to	10
h and salmonella	10
at least one	10
of waterborne viruses	10
version posted april	10
that biscao water	10
because it is	10
by the use	10
the present study	10
such as water	10
cellulose hollow fiber	10
information about the	10
presence of human	10
the european union	10
the study area	10
of enteroviruses from	10
incubation period of	10
noted that the	10
of the sample	10
number of people	10
to use the	10
and recreational water	10
in the degradation	10
the purpose of	10
in the culture	10
detection of the	10
well as for	10
are used for	10
lack of sanitation	10
in the urban	10
water and agriculture	10
as has been	10
point of view	10
coliform bacteria in	10
of viruses to	10
in the river	10
water supply is	10
are not always	10
because they are	10
is not a	10
water samples by	10
a public health	10
of infectious diseases	10
made up of	10
is dependent on	10
the system is	10
to participate in	10
is defined as	10
to measure the	10
for wastewater treatment	10
impacts of climate	10
the subject of	10
activities of biscao	10
is not available	10
as high as	10
viable following treatment	10
adsorption of viruses	10
glass wool filters	10
used to estimate	10
of the effects	10
survive longer in	10
be transmitted by	10
of the nanoparticles	10
of a tropical	10
are unable to	10
effectiveness of the	10
animal and human	10
water and water	10
scanning electron microscopy	10
has shown that	10
serve as a	10
report of the	10
suggests that the	10
as a water	10
also known as	10
relationship between the	10
contact with water	10
effects of climate	10
even in the	10
which have been	10
is expected to	10
of listeria monocytogenes	10
the physical and	10
a way that	10
is in the	10
may be related	10
demand for water	10
a wastewater treatment	10
about of the	10
in mind that	10
of up to	10
of water molecules	10
of water management	10
are found in	10
and fecal streptococci	10
with the presence	10
are more resistant	10
water supply systems	10
for disease control	10
to make a	10
the evaluation of	10
as a function	10
the inactivation of	10
to develop a	10
of suspended solids	10
tend to be	10
water supplies in	10
public health risks	10
is consistent with	10
and maintenance of	10
cfu ml for	10
is known to	10
of sea water	10
regenerated cellulose hollow	10
hurst et al	10
should also be	10
in the population	10
that is not	10
indicator of fecal	10
conditions such as	10
resulted in a	10
of exposure to	10
a large amount	10
there is also	10
to focus on	10
to enhance the	10
fresh water and	10
large numbers of	10
are available for	10
organic and inorganic	10
a significant role	10
as the main	10
to provide the	10
is necessary for	10
of recreational water	10
conflict of interest	10
water samples for	10
and management of	10
can be considered	10
on the use	10
remained viable following	10
none of the	10
of influenza a	10
is composed of	10
most widely used	10
in this article	10
bacteria in seawater	10
and removal of	10
amount of water	10
to remove the	10
and the water	10
activated sludge process	10
diseases such as	10
most commonly used	10
has been detected	9
viral and bacterial	9
away from the	9
on the soil	9
katayama et al	9
observations on the	9
for the safe	9
social and economic	9
concentration of enteroviruses	9
in the state	9
evidence of the	9
of the rural	9
at this point	9
has resulted in	9
apart from the	9
surface water bodies	9
may be possible	9
rate of the	9
virus in the	9
in the treatment	9
of the sea	9
of the selected	9
water for the	9
multiply in the	9
of the three	9
especially in the	9
by ingestion of	9
high relative humidity	9
treatment of wastewater	9
and latin america	9
pachepsky et al	9
consumption of contaminated	9
was based on	9
pcr detection of	9
a study of	9
and escherichia coli	9
associated with swimming	9
human exposure to	9
important role in	9
in the global	9
wastewater treatment facilities	9
during the dry	9
in treated wastewater	9
pathogens such as	9
the odds ratio	9
review and meta	9
viruses in soil	9
used as indicators	9
high surface area	9
attached to the	9
the concentrations of	9
the testing laboratory	9
before and after	9
with or without	9
drinking water regulations	9
of infection and	9
per cubic meter	9
no evidence of	9
have been applied	9
of phages in	9
a major cause	9
to minimize the	9
survival of viruses	9
the treatment process	9
since the s	9
major cause of	9
of wastewater and	9
if it is	9
a value of	9
and indicator bacteria	9
water supply in	9
the contamination of	9
with an increase	9
status of the	9
may result in	9
simultaneous concentration of	9
of the multiple	9
is difficult to	9
an important role	9
and found that	9
the surface layer	9
of the lake	9
to concentrate viruses	9
have been the	9
to be able	9
area of the	9
reduction in the	9
as a consequence	9
can be employed	9
of contamination of	9
version posted june	9
other sources of	9
a portion of	9
from wastewater treatment	9
in untreated wastewater	9
take into account	9
source of infection	9
decrease in the	9
all of these	9
was reported to	9
it is recommended	9
of these are	9
to distinguish between	9
as a tool	9
of hazardous waste	9
the sensitivity of	9
put in place	9
of pathogenic microorganisms	9
in swimming pools	9
that had been	9
developed and developing	9
is assumed to	9
by the water	9
the types of	9
in this review	9
water in a	9
the necessity of	9
soil and water	9
this has been	9
if they are	9
of the treatment	9
sea level rise	9
to consider the	9
a review on	9
where there are	9
that they can	9
this type of	9
is presented in	9
have been associated	9
the point of	9
ingestion of contaminated	9
is a very	9
of the samples	9
guidelines for the	9
this may be	9
the action of	9
two types of	9
the recovery of	9
soil water content	9
urban and rural	9
concentration from water	9
the water system	9
the city of	9
uses of a	9
in the number	9
water quality is	9
used to determine	9
number of cases	9
described in the	9
world bank group	9
and co in	9
of the family	9
of a global	9
percent of the	9
seven action labs	9
in an attempt	9
fact that the	9
record this information	9
of the main	9
estuarine and marine	9
from the environment	9
high concentration of	9
the threat of	9
the emergence of	9
to ensure the	9
survival of indicator	9
to achieve the	9
leading cause of	9
from the world	9
of the s	9
the evolution of	9
wang et al	9
the success of	9
kozai et al	9
of a large	9
the synthesis of	9
to quantify the	9
lack of water	9
in tropical and	9
total water productivity	9
the prevention of	9
lim et al	9
that the number	9
cryptosporidium and giardia	9
are required to	9
fate of escherichia	9
stage of the	9
degradation of pharmaceuticals	9
if the water	9
results showed that	9
consists of a	9
in the surface	9
of salmonella and	9
poliovirus concentration from	9
in the marine	9
on the type	9
consistent with the	9
water is not	9
in spite of	9
the early s	9
used for this	9
what are the	9
for the use	9
presence of fecal	9
of cholera in	9
health and the	9
many parts of	9
salmonella enterica serovar	9
rather than the	9
they are not	9
measures of exposure	9
and mode of	9
and at the	9
of pathogenic bacteria	9
leading to the	9
order to provide	9
acid and liquiritin	9
for evaluating the	9
public water supply	9
the target species	9
the causative agent	9
of water samples	9
public health concern	9
development of an	9
the water route	9
the water of	9
similar to that	9
household water consumption	9
presented in figure	9
national primary drinking	9
influenza a virus	9
in the dark	9
diseases caused by	9
authors declare no	9
the volume of	9
relative humidity and	9
no conflict of	9
and types of	9
account for the	9
can be improved	9
routes of exposure	9
a large number	9
water governance in	9
in fresh produce	9
the surfaces of	9
be caused by	9
are exposed to	9
into account the	9
can be useful	9
of methods for	9
advances in the	9
the environment is	9
will be discussed	9
reduction of the	9
the activated sludge	9
cryptosporidium parvum oocysts	9
data from the	9
colorless and transparent	9
there are two	9
biscao dispersion and	9
to an increase	9
are at risk	9
to detect and	9
they are used	9
of poliovirus from	9
in a changing	9
and fulvic acids	9
there may be	9
in south africa	9
can be seen	9
fecal coliforms are	9
in conjunction with	9
emerging contaminants in	9
in many areas	9
concentrating viruses from	9
of irrigation water	9
used to remove	9
primary drinking water	9
of water that	9
a population of	9
guidelines for drinking	9
insight into the	9
contributed to the	9
is important for	9
indicator bacteria and	9
to changes in	9
temperature and salinity	9
be possible to	9
could be a	9
lead to the	9
viruses present in	9
indication of the	9
this information on	9
to which a	9
water and other	9
may be the	9
of the farm	9
provide information on	9
higher than the	9
survival of the	9
to the fact	9
are designed to	9
concluded that the	9
of the general	9
survival in soil	9
and coastal waters	9
pore size of	9
contaminated water and	9
interaction with the	9
such as tio	9
public health impact	9
a short time	9
a matter of	9
public health risk	9
risk and hazard	9
on virus survival	9
in combination with	9
over the course	9
such as e	9
to achieve a	9
personal protective equipment	9
that they have	9
is not the	9
humans and animals	9
public water systems	9
or recreational water	9
not have a	8
millions of people	8
the integration of	8
of the new	8
is a significant	8
problems associated with	8
study of the	8
and risk assessment	8
such as activated	8
decade of the	8
which was not	8
at the site	8
case study of	8
was sprayed onto	8
of this review	8
is found in	8
and biosolids management	8
water and co	8
discussed in section	8
expected to be	8
drewes et al	8
in the original	8
the coastal zone	8
the water treatment	8
and the associated	8
were collected from	8
microbial water quality	8
children under years	8
all of which	8
the water sector	8
of hexavalent chromium	8
the soil surface	8
the goal of	8
it is well	8
of water as	8
the length of	8
swimming in a	8
flow rate of	8
organic matter content	8
the management of	8
as an index	8
with the water	8
with the disease	8
a crucial role	8
to surface water	8
dna isolation kit	8
associated with recreational	8
the environment as	8
vertical farms can	8
of the first	8
be useful for	8
was exposed to	8
the ingestion of	8
disease control and	8
using the following	8
the promotion of	8
of hadvs and	8
health of the	8
the global population	8
growing number of	8
virus concentration in	8
in the formation	8
considered as a	8
within the range	8
is not known	8
of disaster incubation	8
can be made	8
or in the	8
a drinking water	8
the most recent	8
from the surface	8
and developing countries	8
the environmental conditions	8
that does not	8
for the concentration	8
to serve as	8
the last years	8
virus detection in	8
and to provide	8
of coliforms in	8
the method of	8
through the water	8
the detection and	8
the water was	8
human pathogenic viruses	8
will continue to	8
water molecules on	8
jung et al	8
is an essential	8
the status of	8
england and wales	8
simultaneous detection of	8
in other words	8
of a novel	8
the objectives of	8
several types of	8
high risk of	8
and the number	8
transmission electron microscopy	8
of the pmma	8
are more than	8
the water evaporation	8
than the original	8
online monitoring of	8
as compared with	8
in the context	8
the nature and	8
of the primary	8
it is an	8
where they are	8
in polluted waters	8
the water in	8
with access to	8
the occurrence and	8
and do not	8
leblanc et al	8
although it is	8
photocatalytic activity of	8
has already been	8
introduced into the	8
in both cases	8
between human and	8
that may have	8
of the system	8
to confirm the	8
the infectivity of	8
is not always	8
at that time	8
of the crop	8
hughes et al	8
as a potential	8
and total coliforms	8
of animal viruses	8
coli in water	8
has been noted	8
similar to the	8
in light of	8
in the investigation	8
of vertical farms	8
can be defined	8
the coliform group	8
the transfer of	8
smith et al	8
the composition of	8
cf following treatment	8
in new york	8
should be taken	8
as opposed to	8
are much more	8
domestic water supply	8
poliovirus from tap	8
the order of	8
been implicated in	8
the creation of	8
interaction between ca	8
of pharyngoconjunctival fever	8
the accumulation of	8
on water quality	8
have been implicated	8
global atlas of	8
methods have been	8
to the outbreak	8
a health risk	8
been suggested as	8
seem to be	8
a mixture of	8
long periods of	8
water works association	8
virus removal from	8
s and s	8
those in the	8
this study was	8
of giardia cysts	8
chen et al	8
escherichia coli and	8
and its application	8
cfu ml and	8
in a way	8
growth and development	8
of the st	8
american water works	8
must be taken	8
of tap water	8
microorganisms in the	8
influent and effluent	8
from the river	8
approach has been	8
be considered for	8
of the mask	8
that reduce the	8
of escherichia coil	8
extent of virus	8
the numbers of	8
they are also	8
when there is	8
in many regions	8
of human and	8
resulting in a	8
of the data	8
wastewater treatment units	8
must be considered	8
of the study	8
an epidemic of	8
water on the	8
a basis for	8
years of age	8
order to be	8
where it is	8
a process that	8
in size from	8
use efficiency of	8
air and water	8
can be detected	8
in the development	8
has been the	8
more susceptible to	8
for long periods	8
of viruses by	8
for water quality	8
water saving appliances	8
the operation of	8
of faecal pollution	8
may affect the	8
are as follows	8
be achieved by	8
in the uk	8
the type and	8
the odaiba area	8
present in sediment	8
efficient and effective	8
viruses in shellfish	8
new york city	8
visible light irradiation	8
of indicator organisms	8
atlas of excreta	8
dispersion and colloidal	8
proposed as indicators	8
was detected in	8
in any case	8
in the coastal	8
period of the	8
the main source	8
of norovirus gii	8
slow sand filtration	8
public health agencies	8
og ge en	8
course of the	8
it is of	8
not certified by	8
the investigation of	8
defined as the	8
of water from	8
samples of water	8
and welcome uses	8
pa at th	8
are used in	8
are commonly used	8
is referred to	8
results suggest that	8
adverse effects of	8
an indication of	8
results in the	8
contaminated drinking water	8
in such a	8
pathogens have been	8
large surface area	8
the global burden	8
for agricultural irrigation	8
a framework for	8
colony forming units	8
of pathogens and	8
determination of the	8
amino acid uptake	8
used to detect	8
people living in	8
of surface waters	8
of a chemical	8
the surface and	8
that it could	8
and estuarine waters	8
water or food	8
was not certified	8
nucleic acid hybridization	8
sea water and	8
of virus in	8
challenges in the	8
th ho og	8
well known that	8
quantification of sars	8
is converted to	8
l of water	8
the indoor vertical	8
of pathogenic contamination	8
has been established	8
these types of	8
the list of	8
in different environmental	8
associated with water	8
of the chemical	8
potential to reduce	8
sattar et al	8
proven to be	8
fish and seafood	8
of pharmaceuticals in	8
islam et al	8
will increase the	8
levels in the	8
of total freshwater	8
all over the	8
is the number	8
clean and safe	8
from biscao water	8
be contaminated with	8
the tc and	8
followed by the	8
water and or	8
into the future	8
and those that	8
air pollution exposure	8
virus persistence in	8
a risk of	8
area to volume	8
order to remove	8
the sustainable and	8
for concentrating viruses	8
more than years	8
is required to	8
been exposed to	8
in an indoor	8
in a small	8
water bodies and	8
developing countries is	8
to more than	8
by peer review	8
to have an	8
the levels of	8
be removed by	8
coastal bathing waters	8
for of the	8
to safe drinking	8
in the north	8
more than half	8
directly into the	8
can contribute to	8
people in the	8
water distribution system	8
play an important	8
against tc and	8
cashdollar and wymer	8
to be an	8
welcome uses of	8
control of the	8
is possible that	8
a global resource	8
of pseudomonas aeruginosa	8
of these organisms	8
in indoor vertical	8
of at least	8
and validation of	8
recognized as a	8
as the number	8
the same as	8
and marine water	8
and cf following	8
water quality assessment	8
water is the	8
p pa at	8
of the various	8
and ecosystem services	8
to the use	8
in the ssan	8
ho og ge	8
the assessment of	8
and enteric viruses	8
of the products	8
we investigated the	8
may have a	8
back to the	8
to form a	8
warriner et al	8
been demonstrated to	8
be developed to	8
and surface waters	8
the demand of	8
be useful to	8
been applied to	8
isolation and characterization	8
not expected to	8
the sustainability of	8
in treated drinking	8
for the survival	8
changes in water	8
the gulf of	8
be in the	8
were isolated from	8
hamza et al	8
surface water sources	8
were below the	8
the first step	8
and to the	8
of ppcps in	8
number of studies	8
for fresh water	8
by the united	8
wastewater is used	8
at th ho	8
in pasoh fr	8
of rotavirus in	8
each action lab	8
ground and surface	8
water for drinking	8
of heavy metal	8
and spread of	8
burden of gi	8
be carried out	8
the particle surface	8
risk of contamination	8
population growth and	8
the dried powder	8
is colorless and	8
and indicator organisms	8
water use behavior	8
sustainable and welcome	8
removal in a	8
is a function	8
certified by peer	8
small number of	8
respiratory syndrome coronavirus	8
this is particularly	8
a minimum of	8
used for drinking	8
presence of pathogenic	8
of surface and	8
pathogenic viruses in	8
was lower than	8
transmitted through the	8
standard methods for	8
as the most	8
u and u	8
ahmed et al	8
moving forward the	8
the raw water	8
of severe acute	8
in the treated	8
in the lower	8
drying biscao water	8
water and food	8
all types of	8
the human body	8
direct potable reuse	8
to have been	8
are considered as	8
compounds such as	8
of the natural	8
occurrence of human	8
research and development	8
estimation of the	8
of ecosystem services	8
onto the surface	8
coliforms and fecal	8
whether there is	8
glycyrrhizic acid and	8
municipal wastewater treatment	8
the significance of	8
climate change will	8
alternative filter media	8
been made to	8
panel on climate	8
the disease is	8
in the present	8
microbial quality of	8
studies indicate that	8
with water and	8
small round structured	8
has been proposed	8
the middle of	8
the content of	8
indicate that the	8
of emerging contaminants	8
pointed out that	8
forward the sustainable	8
the behavior of	8
a changing climate	8
a comparative study	8
water treatment systems	8
only a few	8
mode of contamination	8
the culture room	8
of the key	8
application of a	8
on the amount	8
of salmonella enterica	7
bacterial pathogens in	7
of groundwater quality	7
with ml of	7
food safety and	7
by use of	7
the proportion of	7
for the identification	7
is capable of	7
on fresh produce	7
in raw and	7
fecal pollution in	7
of information and	7
which has been	7
the rural communities	7
larger number of	7
route of exposure	7
two or more	7
the irrigation system	7
the virus removal	7
gerba et al	7
scallop shell powder	7
of the respondents	7
during dry periods	7
has been described	7
as an alternative	7
directly or indirectly	7
as many as	7
viruses has been	7
health risks from	7
the movement of	7
well as by	7
young children in	7
of cryptosporidium spp	7
is worth to	7
to the other	7
viruses in a	7
followed by a	7
its impact on	7
is the mean	7
characterized by a	7
health and environmental	7
of the art	7
of human pathogenic	7
health impact of	7
on the fate	7
or may not	7
coliforms in fresh	7
pathogens associated with	7
can increase the	7
detecting viruses in	7
and future perspectives	7
estimate of the	7
knowledge of the	7
likely that the	7
a need for	7
comparison to the	7
the growth and	7
human or animal	7
to the size	7
for each of	7
of water bodies	7
the help of	7
have been found	7
used by the	7
of these two	7
is still a	7
total freshwater withdrawn	7
of the investigation	7
water with the	7
of less than	7
the water price	7
the filtration process	7
a suite of	7
effect of water	7
other areas of	7
in accordance with	7
risk of contracting	7
tropical rain forest	7
to act as	7
the middle east	7
the oxidation of	7
the isolation and	7
be included in	7
and povidone iodine	7
is the case	7
to mitigate the	7
the last decades	7
and isolation of	7
difference in the	7
is thought to	7
nitrates and ppps	7
the separation of	7
since it is	7
affecting the survival	7
but did not	7
land use and	7
the organic matter	7
is achieved by	7
local and regional	7
can be observed	7
value of virus	7
result in the	7
for the future	7
used to irrigate	7
at lower ph	7
to support the	7
during the summer	7
is a well	7