Volta

Flower Mapping in Grasslands With Drones and Deep Learning

Unknown authors · 2022
hash_id: 52fb8add88b8d99fa93af7ace5f60712f79325c28c4e36e171d458a2975f8e24 · DOI: 10.3389/fpls.2021.774965

Manual assessment of flower abundance of different flowering plant species in grasslands is a time-consuming process. We present an automated approach to determine the flower abundance in grasslands from drone-based aerial images by using deep learning (Faster R-CNN) object detection approach, which was trained and evaluated on data from five flights at two sites. Our deep learning network was able to identify and classify individual flowers. The novel method allowed generating spatially explicit maps of flower abundance that met or exceeded the accuracy of the manual-count-data extrapolation method while being less labor intensive. The results were very good for some types of flowers, with precision and recall being close to or higher than 90%. Other flowers were detected poorly due …

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