Volta

UAVs for improving seasonal vegetation assessment in arid environments

Unknown authors · 2024
hash_id: aad9631050022acd3e670e41d4ece33d439ed17714975361241b726f28d2a748 · DOI: 10.3389/fenvs.2024.1366712

In the last few decades, revegetation strategies for ecosystem restoration have received great attention in dryland studies, especially those related to the restoration and revegetation of native desert plants to combat land degradation. Long-term monitoring and assessment are critical for the restoration programs to track the progress of the restoration program goals. The effectiveness and success of monitoring depend on the selected methods with respect to spatial and temporal scales. Traditional methods for vegetation monitoring are time-consuming, expensive, and require considerable labor efforts (manpower) in terms of field measurements, collecting samples, lab analysis, and the difficulty of accessing some study areas. Thus, satellite remote sensing images have been widely used to monitor land degradation and restoration programs using multispectral and …

Reference & gravity metrics

Citations
0
Citations / yr
0.00
RCR
Mass
0.00
Depth
0.00
Momentum
0.000
Burn rate
0.00 ATP/day
Start price
25.00 ATP

Secondary-market trade history

No secondary-market trades recorded for this Volta yet.

References (0)

No outbound references recorded.

Cited by (1)

Timing Is Important: Unmanned Aircraft vs. Satellite Imagery in Plant Invasion … secondary