Hydraulic adjustment and pollution control measures, combining the knowledge of hydrology, biochemistry and algous ecology, are the main practices of integrated controls.

该技术以水利调节与污染制为主要手段，利用水文学、生物化学、藻类生态学对河流“水华”进制。

A multi-period spatial residual Cokriging model combining Stochastic Hydrology with Geomathematics,was used to analysis hydrology data with spatial and temporal random function.

本文将随机水文学理论和质数学理论有机结在一起,提出了用时空随机函数观点去分析水文数据的多时段空间剩余协克立格模型。

Hydraulic adjustment and pollution control measures, combining the knowledge of hydrology, biochemistry and algous ecology, are the main practices of integrated controls.

该技术以利调节与污染制为主要手段，利用文学、生物化学、藻类生态学对河流“华”进行综合制。

A multi-period spatial residual Cokriging model combining Stochastic Hydrology with Geomathematics,was used to analysis hydrology data with spatial and temporal random function.

本文将随机文学理论和学理论有机结合在一起,提出了用时空随机函观点去分析文据的多时段空间剩余协克立格模型。

Hydraulic adjustment and pollution control measures, combining the knowledge of hydrology, biochemistry and algous ecology, are the main practices of integrated controls.

该技术以水利调节与污染制为主要手段，利用水文学、生物化学、藻类生态学对河流“水华”进行综制。

A multi-period spatial residual Cokriging model combining Stochastic Hydrology with Geomathematics,was used to analysis hydrology data with spatial and temporal random function.

本文将随机水文学理论和地质数学理论有机地一起,提出了用时空随机函数观点去分析水文数据的多时段空间剩余协克立格模型。

Hydraulic adjustment and pollution control measures, combining the knowledge of hydrology, biochemistry and algous ecology, are the main practices of integrated controls.

该技术以利调节与污染制为主要手段，利用学、生物化学、藻类生态学对河流“华”进行综合制。

A multi-period spatial residual Cokriging model combining Stochastic Hydrology with Geomathematics,was used to analysis hydrology data with spatial and temporal random function.

本将随学理论和质学理论有结合在一起,提出了用时空随观点去分析据的多时段空间剩余协克立格模型。

Hydraulic adjustment and pollution control measures, combining the knowledge of hydrology, biochemistry and algous ecology, are the main practices of integrated controls.

该技术以节与污染制为主要手，用文学、生物化学、藻类生态学对河流“华”进行综合制。

A multi-period spatial residual Cokriging model combining Stochastic Hydrology with Geomathematics,was used to analysis hydrology data with spatial and temporal random function.

本文将随机文学理论和地质数学理论有机地结合在一起,提出了用时空随机函数观点去分析文数据的多时空间剩余协克立格模型。

Hydraulic adjustment and pollution control measures, combining the knowledge of hydrology, biochemistry and algous ecology, are the main practices of integrated controls.

该技术以水利调节与污染制为主要手段，利用水文学、生物化学、藻类生态学对河流“水华”进制。

A multi-period spatial residual Cokriging model combining Stochastic Hydrology with Geomathematics,was used to analysis hydrology data with spatial and temporal random function.

本文将随机水文学理论和质数学理论有机结在一起,提出了用时空随机函数观点去分析水文数据的多时段空间剩余协克立格模型。

Hydraulic adjustment and pollution control measures, combining the knowledge of hydrology, biochemistry and algous ecology, are the main practices of integrated controls.

该技术以利调节与污染制为主要手段，利用学、生物化学、藻类生态学对河流“华”进行综合制。

A multi-period spatial residual Cokriging model combining Stochastic Hydrology with Geomathematics,was used to analysis hydrology data with spatial and temporal random function.

本将随机学理论和地质数学理论有机地结合在一起,提出了用时空随机函数观点去分数据的多时段空间剩余协克立格模型。

Hydraulic adjustment and pollution control measures, combining the knowledge of hydrology, biochemistry and algous ecology, are the main practices of integrated controls.

该技术以水利调节与污染制为主要手段，利用水文学、化学、态学对河流“水华”进行综合制。

A multi-period spatial residual Cokriging model combining Stochastic Hydrology with Geomathematics,was used to analysis hydrology data with spatial and temporal random function.

本文将随机水文学理论和地质数学理论有机地结合在一起,提出了用时空随机函数观点去分析水文数据的多时段空间剩余协克立格模型。

Hydraulic adjustment and pollution control measures, combining the knowledge of hydrology, biochemistry and algous ecology, are the main practices of integrated controls.

该技术以利调节与污染制为主要手段，利用文学、生物化学、藻类生态学对河流“华”进行综合制。

A multi-period spatial residual Cokriging model combining Stochastic Hydrology with Geomathematics,was used to analysis hydrology data with spatial and temporal random function.

本文将随机文学理论和地质数学理论有机地结合在一起,提出了用时空随机函数观点文数据的多时段空间剩余协克立格模型。