ฉันรักแปลภาษาThe relationship betwe

ฉันรักแปลภาษาThe relationship between soil fauna groups and different fertilization regimes has been of continuous
concern. Little attention has been paid to the response of soil fauna to changes in soil fertility. Thus, the
aim of this study was to investigate the response of soil fauna communities to fertilizer management
practices, to explore the inter-relationships between soil fauna communities and fertilization regimes so
as to identify soil fauna species or groups that are sensitive to changes in soil fertility. This long-term
fertilization experiment was conducted with a no fertilizer control and six fertilization regimes: CK
(control, no fertilizer), N (synthetic N fertilizer), NPK (synthetic fertilizer: nitrogen, phosphorus and
potassium), OM (pig manure), OMNPK (pig manure plus nitrogen, phosphorus and potassium), RSD (crop
residues returned) and RSDNPK (crop residues returned with nitrogen, phosphorus and potassium). The
application of organic fertilizers (i.e., pig manure or crop residues) promoted the diversity of the soil
fauna communities due to the abundant organic matter the fertilizers supplied for the communities’
survival and development. Furthermore, organic–inorganic compound fertilizers (i.e., treatment of
OMNPK or RSDNPK) were beneficial for richness and diversity of soil fauna communities due to their
abundance of organic matter and supply of nutrients. Indices of soil fauna communities (i.e., TI, the DG
(density-group) index, the number of individuals of Nemata, Lumbricida, Collembola and Oribatida)
showed the same trend with an increase in the soil organic matter. Therefore, indices of soil fauna
communities can be applied to indicate certain features of soil fertility, such as soil organic matter
content, but they cannot be used to reflect integrated assessment for soil fertility.

ผลลัพธ์ (อังกฤษ) 1:

I love The relationship between translation soil fauna groups and different fertilization regimes has been of continuous.concern. Little attention has been paid to the response of soil fauna to changes in soil fertility. Thus, theaim of this study was to investigate the response of soil fauna communities to fertilizer managementpractices, to explore the inter-relationships between soil fauna communities and fertilization regimes soas to identify soil fauna species or groups that are sensitive to changes in soil fertility. This long-termfertilization experiment was conducted with a no fertilizer control and six fertilization regimes: CK(control, no fertilizer), N (synthetic N fertilizer), NPK (synthetic fertilizer: nitrogen, phosphorus andpotassium), OM (pig manure), OMNPK (pig manure plus nitrogen, phosphorus and potassium), RSD (cropresidues returned) and RSDNPK (crop residues returned with nitrogen, phosphorus and potassium). Theapplication of organic fertilizers (i.e., pig manure or crop residues) promoted the diversity of the soilfauna communities due to the abundant organic matter the fertilizers supplied for the communities'survival and development. Furthermore, organic–inorganic compound fertilizers (i.e., treatment ofOMNPK or RSDNPK) were beneficial for richness and diversity of soil fauna communities due to theirabundance of organic matter and supply of nutrients. Indices of soil fauna communities (i.e., TI, the DG(density-group) index, the number of individuals of Nemata, Lumbricida, Collembola and Oribatida)showed the same trend with an increase in the soil organic matter. Therefore, indices of soil faunacommunities can be applied to indicate certain features of soil fertility, such as soil organic mattercontent, but they cannot be used to reflect integrated assessment for soil fertility.

ผลลัพธ์ (อังกฤษ) 2:

I love Translate The Relationship between soil Fauna groups and different fertilization regimes has been of Continuous
Concern. Little Attention has been paid to The Response of soil Fauna to Changes in soil Fertility. Thus, The
AIM of this Study was to investigate The Response of. soil Fauna Communities to fertilizer Management
Practices, to Explore The Inter-Relationships between soil Fauna Communities and fertilization regimes So
As to Identify soil Fauna Species or groups that are sensitive to Changes in soil Fertility. This long-term
fertilization Experiment was Conducted with a no. fertilizer Control and Six fertilization regimes: CK
(Control, no fertilizer), N (Synthetic N fertilizer), NPK (Synthetic fertilizer: Nitrogen, phosphorus and
Potassium), OM (Pig manure), OMNPK (Pig manure Plus Nitrogen, phosphorus and Potassium. ), RSD (Crop
residues Returned) and RSDNPK (Crop residues Returned with Nitrogen, phosphorus and Potassium). The
Application of Organic fertilizers (IE, Pig manure or Crop residues) promoted The diversity of The soil
Fauna Communities Due to The Abundant Organic Matter. The fertilizers supplied for The Communities'
Survival and Development. Furthermore, Organic-inorganic Compound fertilizers (IE, Treatment of
OMNPK or RSDNPK) were beneficial for richness and diversity of soil Fauna Communities Due to their
Abundance of Organic Matter and Supply of nutrients. Indices. of soil Fauna Communities (IE, TI, The DG
(density-Group) index, The number of Individuals of Nemata, Lumbricida, Collembola and Oribatida)
showed The Same Trend with an increase in The soil Organic Matter. Therefore, indices of soil Fauna.
Communities Can be Applied to indicate Certain features of soil Fertility, Such As soil Organic Matter
content, but they Can Not be Used to Reflect Integrated Assessment for soil Fertility.

ผลลัพธ์ (อังกฤษ) 3:

I love The translation relationship between soil fauna groups and different fertilization regimes has been of continuous
concern.? Little attention has been paid to the response of soil fauna to changes in soil, fertility. Thus the
aim of this study was. To investigate the response of soil fauna communities to fertilizer, management
practicesTo explore the inter-relationships between soil fauna communities and fertilization regimes so
as to identify soil fauna. Species or groups that are sensitive to changes in soil fertility. This long-term
fertilization experiment was conducted. With a no fertilizer control and six fertilization regimes: CK
(control no, fertilizer), N (synthetic N fertilizer), NPK. (synthetic, fertilizer: nitrogenPhosphorus and
potassium), OM (pig manure), OMNPK (pig manure, plus nitrogen phosphorus and potassium), RSD (crop
residues. Returned) and RSDNPK (crop residues returned with nitrogen phosphorus and, potassium). The
application of organic fertilizers. (i.e, pig manure or crop residues) promoted the diversity of the soil
.Fauna communities due to the abundant organic matter the fertilizers supplied for the communities'
survival and, development. Furthermore organic -, inorganic compound fertilizers (i.e, treatment of
OMNPK or RSDNPK) were beneficial for richness and. Diversity of soil fauna communities due to their
abundance of organic matter and supply of nutrients. Indices of soil fauna. Communities (,, TI i.e.The DG
(density-group), index the number of individuals, of Nemata Lumbricida Collembola and, Oribatida)
showed the same. Trend with an increase in the soil organic matter. Therefore indices of, soil fauna
communities can be applied to indicate. Certain features of, soil fertility such as soil organic matter
content but they, cannot be used to reflect integrated assessment. For soil fertility.