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The Impact of Improving Element Quality on the Comprehensive Production Capacity of Grain: Evidence from High-standard Farmland Construction
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The overall efficiency of grain production in China is relatively low,
and how to change the current situation of low grain production
efficiency has become the key to the high-quality development of grain.
The high-standard farmland construction provides a new path for
improving Total factor productivity of grain by filling the gaps in
grain production. This paper is based on grain sector data from 281
cities in China and uses the Meta-Malmquist index to calculate the Total
factor productivity of grain; And the SARAR model was used to analyze
the impact of high-standard farmland construction on Total factor
productivity of grain. There is room for improvement in Total factor
productivity of grain, and the impact of technological efficiency on
Total factor productivity of grain is greater than the impact of
technological progress, and the Total factor productivity of grain in
the eastern region is significantly higher than the central and western
regions. The high-standard farmland construction can significantly
improve the Total factor productivity of grain. Compared with the
advancement of grain technology, the high-standard farmland construction
can better improve the efficiency of grain technology.
Title: The Impact of Improving Element Quality on the Comprehensive Production Capacity of Grain: Evidence from High-standard Farmland Construction
Description:
The overall efficiency of grain production in China is relatively low,
and how to change the current situation of low grain production
efficiency has become the key to the high-quality development of grain.
The high-standard farmland construction provides a new path for
improving Total factor productivity of grain by filling the gaps in
grain production.
This paper is based on grain sector data from 281
cities in China and uses the Meta-Malmquist index to calculate the Total
factor productivity of grain; And the SARAR model was used to analyze
the impact of high-standard farmland construction on Total factor
productivity of grain.
There is room for improvement in Total factor
productivity of grain, and the impact of technological efficiency on
Total factor productivity of grain is greater than the impact of
technological progress, and the Total factor productivity of grain in
the eastern region is significantly higher than the central and western
regions.
The high-standard farmland construction can significantly
improve the Total factor productivity of grain.
Compared with the
advancement of grain technology, the high-standard farmland construction
can better improve the efficiency of grain technology.
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