1.
Study on Field Farming Quality and Rice-straw Returning for Mechanically-transplanted Rice
机插稻大田耕整质量与稻草还田技术研究
2.
Cultivated land consolidation planning based on quality evaluation of cultivated land in Poyang Lake region;
基于耕地质量评价的鄱阳湖区耕地整理规划
3.
Calculation on the Quanlity Comprehension Index of Renovating-Reclamating-Exploitating Cultivated Land in Henan Province;
河南省土地开发整理耕地质量综合指数测算
4.
RESEARCH OF THE APPRAISAL OF THE QUALITY OF NEWLY-INCREASED CULTIVATED LAND IN HILLY REGIONS OF SOUTH CHINA;
南方丘陵区土地整理新增耕地质量评价研究
5.
Construction of Evaluation Indices and Criterion of Farmland Quality after Land Development and Consolidation in Henan Province;
河南省土地开发整理后耕地质量评价指标与标准的构建
6.
Construction and Application of Quality Criteria for Restored Cultivated Land:A Case Study of Henan Province
整治后耕地质量标准建立及其应用——以河南省为例
7.
APPROACH ON DEFINITION OF CULTIVATED LAND AND NEW EVALUATIING METHOD OF QULITY OF CULTIVATED LAND;
耕地概念的界定与耕地质量评价的新方法初探
8.
Curb weight, Fully loaded weight
整备质量, 满载质量
9.
Assessing Natural Quality and Use Quality of Cultivated Land in Northeast China;
东北地区耕地自然质量和利用质量评价
10.
Comprehensive Cultivated Land Quality Evaluation Based on RS and PRA;
基于RS和PRA的耕地质量综合评价研究
11.
Studies of the Cultivated Land Quality and Exploitation in Lang Qi Island;
琅岐岛耕地质量评价及开发利用研究
12.
The analysis and protection countermeasures of farmland quality situation in Baise City;
百色市耕地质量现状分析与保护对策
13.
Study on the Index System of the Quality Evaluation in the Project from Cropland to Forest;
退耕还林工程质量评估指标体系研究
14.
Preliminary report of evaluation of farming environment quality in Gaoming district of Foshan city;
佛山市高明区耕地环境质量评价初报
15.
Chinese Foods Supplies Security Depends on Improving Productivity of Farmland and Benefit of Planting Foods;
论耕地质量、种粮效益与我国粮食安全
16.
Investigation and Analysis on Environmental Quality of Farmland Soils in Yizheng City
仪征市耕地土壤环境质量调查与分析
17.
Environmental quality suitability evaluation of heavy metal polluted cropland soils
耕地土壤重金属环境质量适宜性评价
18.
Research of Dynamic Monitor of Cultivated Lands Quality Based on 3S Technology
基于“3S”技术的耕地质量动态监测初探