The ryegrass rust (Puccinia coronate) may infect many grasses, particulary ryegrass.

黑麦草冠锈病是由禾冠柄锈菌所致，除危害黑麦草外还可侵染多种禾本科牧草。

But the pathogens could not invade the host easily in sabulous loam soils.

汉植株越小越利于病原菌的入侵，花蕾期后，未察到植株被病原菌侵染。

An intelligent instrument to predict the infection of pear leaves by pathogen of Venturia nashicola was designed based on 89C51 single chip and SHT15 smart temperature and humidity sensor.

摘要以89C51为控制核心，SHT15能温湿度传感器，设计了一种梨黑星病菌侵染测报器。

The ryegrass rust (Puccinia coronate) may infect many grasses, particulary ryegrass.

黑麦病是由禾柄菌所致，除危害黑麦外还可侵染多种禾本科牧。

But the pathogens could not invade the host easily in sabulous loam soils.

罗汉果植株越小越利于病原菌的入侵，花蕾期后，未察到植株被病原菌侵染。

An intelligent instrument to predict the infection of pear leaves by pathogen of Venturia nashicola was designed based on 89C51 single chip and SHT15 smart temperature and humidity sensor.

摘要以89C51为控制核心，采用SHT15智能温湿度传感器，设计了一种梨黑星病菌侵染测报器。

The ryegrass rust (Puccinia coronate) may infect many grasses, particulary ryegrass.

黑麦草冠锈病是由禾冠柄锈菌所致，除危害黑麦草外还可侵染多种禾本科牧草。

But the pathogens could not invade the host easily in sabulous loam soils.

罗汉越小越利于病原菌的入侵，花蕾期后，未察到被病原菌侵染。

An intelligent instrument to predict the infection of pear leaves by pathogen of Venturia nashicola was designed based on 89C51 single chip and SHT15 smart temperature and humidity sensor.

摘要以89C51为控制，用SHT15智能温湿度传感器，设计了一种梨黑星病菌侵染测报器。

The ryegrass rust (Puccinia coronate) may infect many grasses, particulary ryegrass.

黑麦草冠锈是由禾冠柄锈菌所致，除危害黑麦草外还可染多种禾本科牧草。

But the pathogens could not invade the host easily in sabulous loam soils.

罗汉果植株越小越利于菌的，蕾期后，未察到植株菌染。

An intelligent instrument to predict the infection of pear leaves by pathogen of Venturia nashicola was designed based on 89C51 single chip and SHT15 smart temperature and humidity sensor.

摘要以89C51为控制核心，采用SHT15智能温湿度传感器，设计了一种梨黑星菌染测报器。

The ryegrass rust (Puccinia coronate) may infect many grasses, particulary ryegrass.

黑麦草冠锈病是由禾冠柄锈菌所致，除危害黑麦草外还可种禾本科牧草。

But the pathogens could not invade the host easily in sabulous loam soils.

罗汉果植株越小越利于病原菌的入，花蕾期后，未察到植株被病原菌。

An intelligent instrument to predict the infection of pear leaves by pathogen of Venturia nashicola was designed based on 89C51 single chip and SHT15 smart temperature and humidity sensor.

摘要以89C51为控制核心，采用SHT15智能温湿度传感，了一种梨黑星病菌测报。

The ryegrass rust (Puccinia coronate) may infect many grasses, particulary ryegrass.

黑麦草冠锈病是由禾冠柄锈菌所致，除危害黑麦草外还可侵染多种禾本科牧草。

But the pathogens could not invade the host easily in sabulous loam soils.

罗汉果株越小越利于病原菌的入侵，花蕾，株被病原菌侵染。

An intelligent instrument to predict the infection of pear leaves by pathogen of Venturia nashicola was designed based on 89C51 single chip and SHT15 smart temperature and humidity sensor.

摘要以89C51为控制核心，采用SHT15智能温湿度传感器，设计了一种梨黑星病菌侵染测报器。

The ryegrass rust (Puccinia coronate) may infect many grasses, particulary ryegrass.

黑麦草冠由禾冠柄菌所致，除危害黑麦草外还可侵染多种禾本科牧草。

But the pathogens could not invade the host easily in sabulous loam soils.

罗汉果植株越小越利于原菌的入侵，花蕾期后，未察到植株被原菌侵染。

An intelligent instrument to predict the infection of pear leaves by pathogen of Venturia nashicola was designed based on 89C51 single chip and SHT15 smart temperature and humidity sensor.

摘要以89C51为控制核心，采用SHT15智能温湿度传感器，设计了一种梨黑星菌侵染测报器。

The ryegrass rust (Puccinia coronate) may infect many grasses, particulary ryegrass.

黑麦草冠锈病冠柄锈菌所致，除危害黑麦草外还可侵染多种本科牧草。

But the pathogens could not invade the host easily in sabulous loam soils.

罗汉果植株越小越利于病原菌的入侵，花蕾期后，未察到植株被病原菌侵染。

An intelligent instrument to predict the infection of pear leaves by pathogen of Venturia nashicola was designed based on 89C51 single chip and SHT15 smart temperature and humidity sensor.

摘要89C51为控制核心，采用SHT15智能温湿度传感器，设计了一种梨黑星病菌侵染测报器。

The ryegrass rust (Puccinia coronate) may infect many grasses, particulary ryegrass.

黑麦草冠锈是由禾冠柄锈菌所致，除危害黑麦草外还可侵多种禾本科牧草。

But the pathogens could not invade the host easily in sabulous loam soils.

罗汉果植株越小越利菌的入侵，花蕾期后，未察到植株被菌侵。

An intelligent instrument to predict the infection of pear leaves by pathogen of Venturia nashicola was designed based on 89C51 single chip and SHT15 smart temperature and humidity sensor.

以89C51为控制核心，采用SHT15智能温湿度传感器，设计了一种梨黑星菌侵测报器。