Daily solar radiation for the Australian continent between 1970-2014. Daily solar radiation regulates rates of plant growth and crop yield. Modelled by expressing each daily value as a ratio of the external to the atmosphere value and then modelling this ratio as a function of longitude, latitude, normalised daily temperature range and daily rainfall using ANUSPLIN Version 4.5. Daily solar radiation data between 1970 and 1996 for 39 Bureau of Meteorology stations were used for the analysis after rejecting stations with short records or with many missing records. Cross validation residuals for all accepted data points had a mean absolute value of 2.3 MJ per square metre per day and a root mean square value of 3.3 MJ per square metre per day....
Annual radiation of driest month for the Australian continent. Modelled by using ANUSPLIN Version 4....
We present a reformulation of the Bristow–Campbell model for daily solar radiation, developed using ...
Crop growth models and other environmental analyses require the input of daily global solar radiatio...
Mean daily incident solar radiation of each month, for the Australian continent between 1970-2016. M...
Daily maximum temperature for the Australian continent between 1970-2014. Daily maximum temperature ...
Daily total precipitation for Australian continent between 1970-2014. Daily rainfall totals are usef...
Estimating daily solar radiation from common meteorological variables plays an important role in agr...
© 1998 Dr. Gary Trevor WeymouthThis thesis describes research and development work undertaken to pro...
The mean daily global solar radiation flux is influenced by astronomical, climatological, geographic...
Mean daily vapour pressure for the Australian continent between 1970-2014. Daily vapour pressure reg...
Condensed solar radiation data base for Australia UNSW 1 Australian solar irradiation data catalo...
Daily global radiation is not only required for a large number of ecological, physiological and agro...
Annual radiation of warmest month for the Australian continent. Modelled by using ANUSPLIN Version 4...
Solar radiation is a critical driver of many processes on the earth’s surface. In fields such as mic...
Annual radiation of wettest month for the Australian continent. Modelled by using ANUSPLIN Version 4...
Annual radiation of driest month for the Australian continent. Modelled by using ANUSPLIN Version 4....
We present a reformulation of the Bristow–Campbell model for daily solar radiation, developed using ...
Crop growth models and other environmental analyses require the input of daily global solar radiatio...
Mean daily incident solar radiation of each month, for the Australian continent between 1970-2016. M...
Daily maximum temperature for the Australian continent between 1970-2014. Daily maximum temperature ...
Daily total precipitation for Australian continent between 1970-2014. Daily rainfall totals are usef...
Estimating daily solar radiation from common meteorological variables plays an important role in agr...
© 1998 Dr. Gary Trevor WeymouthThis thesis describes research and development work undertaken to pro...
The mean daily global solar radiation flux is influenced by astronomical, climatological, geographic...
Mean daily vapour pressure for the Australian continent between 1970-2014. Daily vapour pressure reg...
Condensed solar radiation data base for Australia UNSW 1 Australian solar irradiation data catalo...
Daily global radiation is not only required for a large number of ecological, physiological and agro...
Annual radiation of warmest month for the Australian continent. Modelled by using ANUSPLIN Version 4...
Solar radiation is a critical driver of many processes on the earth’s surface. In fields such as mic...
Annual radiation of wettest month for the Australian continent. Modelled by using ANUSPLIN Version 4...
Annual radiation of driest month for the Australian continent. Modelled by using ANUSPLIN Version 4....
We present a reformulation of the Bristow–Campbell model for daily solar radiation, developed using ...
Crop growth models and other environmental analyses require the input of daily global solar radiatio...