The measurement of ground heat flux is required for many applications. Advanced Very High Resolution Radiometer (AVHRR) data are used within this study, the temporal resolution providing several overpasses throughout a single diurnal cycle at a suitable spatial and radiometric resolution. The technique of thermal inertia mapping by airborne and satellite-borne sensors has opened a new field of quantitative thermal property interpretation from thermal infrared remote sensing surveys. The algorithms adopted to calculate the ground heat flux were based on the second-order approximation thermal inertia model (SoA-TI model) of Xue and Cracknell. Not only the amplitude of the surface temperature wave but also the phase information of the surface temperature change are used. The approach is demonstrated by using some AVHRR data from France.
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Based on turnaround time from submission to publication for papers (articles & reviews) published in 2022 and for journals with a sample of more than 10 papers.
Overview | |
Publisher | TAYLOR & FRANCIS LTD |
Language | English |
Frequency | Monthly |
General Details | |
Language | English |
Frequency | Monthly |
Publication Start Year | 2010 |
Publisher URL | Visit website |
Website URL | Visit website |
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Based on turnaround time from submission to publication for papers (articles & reviews) published in 2022 and for journals with a sample of more than 10 papers.
Remote Sensing Letters has been in operation since 2010 till date.
Remote Sensing Letters published with a Monthly frequency.
In 2023, Remote Sensing Letters published 121 articles.
For Remote Sensing Letters,eISSN is 2150-7058 and pISSN is2150-704X.
Citescore for Remote Sensing Letters is 4.8.
H index for Remote Sensing Letters is 52.
SNIP score for Remote Sensing Letters is 0.83.
SJR for Remote Sensing Letters is Q2.
TAYLOR & FRANCIS LTD is the publisher of Remote Sensing Letters.