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China is one of the 12 serious water shortage countries in the world, and the per capita water resources share is only 1/4 of per capita in the world.

China is one of the 12 serious water shortage countries in the world, and the per capita water resources share is only 1/4 of per capita in the world. GLBy2
Treated wastewater refers to non-drinking water that can be reused within a certain range after urban sewage or domestic sewage has reached a certain water quality standard after treatment (Christou et al. 2014). Treating wastewater before it is reused for irrigation can reduce the health risks associated with this practice (Elfanssi et al. 2018). In addition, the treated wastewater can be regarded as an alternative resource that can be used for different purposes such as the aspect of water resources, environmental management policies, ensuring reliable alternative water resources, reducing environmental pollution, and achieving a more sustainable form of development (Andrews et al. 2016; Hamadeh et al. 2014; Lazarova et al. 2001; Tao et al. 2017; Yihdego 2017). Especially, the utilization of treated wastewater for agricultural production is a common practice globally (Paranychianakis et al. 2015; Peña et al. 2020; Singh 2021; Tran et al. 2016; Wang et al. 2019; World Health 2015). Irrigation with treated wastewater can increase farm income and reduce environmental pollution by reducing the discharge of wastewater into the natural environment (Chowdhury and Al-Zahrani 2014; Dresser and McKee 2004; Gregory 2000), conserving water and nutrients, due to this reduces the need for chemical fertilizers and treats municipal and industrial wastewater in a low-cost sanity manner (Elgallal et al. 2016; M and M 2020). Besides, using alternative water resources, such as treated municipal wastewater (TWW) to supplement agricultural irrigation, can reduce the pressure on freshwater (FW) supply, also helps to reduce the degradation of aquatic ecosystems and help maintain agricultural productivity in the area (Becerra-Castro et al. 2015; Dery et al. 2019; Ganjegunte et al. 2018; Suri et al. 2019; Toze 2006; Zhang and Shen 2019). Moreover, the use of wastewater can improve the soil physical and chemical properties, soil nitration status (M. Kiziloglu et al. 2007), and crop growth, yield as well as quality (Nagajyothi et al. 2009; Nath et al. 2009).
Treated
wastewater refers to non-drinking
water
that can
be reused
within a certain range after urban sewage or domestic sewage has reached a certain
water
quality standard after treatment (
Christou
et al. 2014). Treating wastewater
before
it
is reused
for irrigation can
reduce
the health
risks
associated with this practice (
Elfanssi
et al. 2018).
In addition
, the
treated
wastewater can
be regarded
as an alternative
resource
that can be
used
for
different
purposes such as the aspect of
water
resources, environmental management policies, ensuring reliable alternative
water
resources, reducing environmental pollution, and achieving a more sustainable form of development (Andrews et al. 2016;
Hamadeh
et al. 2014;
Lazarova
et al. 2001; Tao et al. 2017;
Yihdego
2017).
Especially
, the utilization of
treated
wastewater for agricultural production is a common practice globally (
Paranychianakis
et al. 2015; Peña et al. 2020; Singh 2021; Tran et al. 2016; Wang et al. 2019; World Health 2015). Irrigation with
treated
wastewater can increase farm income and
reduce
environmental pollution by reducing the discharge of wastewater into the natural environment (
Chowdhury
and
Al-Zahrani
2014; Dresser and McKee 2004; Gregory 2000), conserving
water
and nutrients, due to
this
reduces
the need for chemical fertilizers and treats municipal and industrial wastewater in a low-cost sanity manner (
Elgallal
et al. 2016; M and M 2020).
Besides
, using alternative
water
resources, such as
treated
municipal wastewater (
TWW
) to supplement agricultural irrigation, can
reduce
the pressure on freshwater (FW) supply,
also
helps
to
reduce
the degradation of aquatic ecosystems and
help
maintain agricultural productivity in the area (
Becerra-Castro
et al. 2015;
Dery
et al. 2019;
Ganjegunte
et al. 2018;
Suri
et al. 2019;
Toze
2006; Zhang and
Shen
2019).
Moreover
, the
use
of wastewater can
improve
the soil physical and chemical properties, soil nitration status (M.
Kiziloglu
et al. 2007), and crop growth, yield
as well
as quality (
Nagajyothi
et al. 2009;
Nath
et al. 2009).

IELTS essay China is one of the 12 serious water shortage countries in the world, and the per capita water resources share is only 1/4 of per capita in the world.

Essay
  American English
1 paragraphs
315 words
5.0
Overall Band Score
Coherence and Cohesion: 5.5
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