(2)the adaptability of cropping system is the prerequisite and dynamic force of the existence and development of cropping system,which includes the adaptation of ecoevironment,cur-rect scientech levels and socio-econmy and three important benefits;
STUDIES ON THE BIOLOGY AND ITS APPLICATION OF THE CROPPING SYSTEM ON THE UPLAND RED SOIL IN SOUTHEASTERN CHINA Ⅱ A Study on the Microflora and Crop Yield Potential in the Grass planted Sloping Wasteland
STUDIES ON THE BIOLOGY AND THE APPLICATION OF THE CROPPING SYSTEM ON THE UPLAND RED SOIL IN SOUTHEAST CHINA Ⅳ.The Dynamic Analysis of the Soil Microflora and Enzyme Activity in the Grass—Planted Sloping Wasteland of Red Soil
STUDIES ON THE BIOLOGY AND APPLICATION OF THE CROPPING SYSTEM ON THE UPLAND RED SOIL IN SOUTHEAST CHINA Ⅴ Studies on the Comprehensive design of planting grass and breeding livestock on the wasteslope of upland red soil
STUDIES ON THE BIOLO GY AND THE APPLICATION OF THE CROPPING SYSTEM ON THE UPLAND RED SOIL IN SOUTHEAST CHINA——Ⅵ. Preliminary studies on the activity of soil enzymes and soil microbial biomass of orchards on the upland red soil
Full utilization of water stored insoil,such as adopting drought-resistant crops,intercropping,increasing crop intensities,changing cropping system in order to fit the unnormal climate,reducing plant densityand improving nurtient supplying capacity of the soils bring the productive potentials ofthe drylands into full play.
A total of 132 soil samples were collected from Xinjiang,Fujian and Zhejiang provinces to study the effects of different cropping system and cultivation pattern on the amount of bacterial populations and the distribution of anti-fusarium wilt bacteria in melon soils.