Extracting Canopy Crown from Drone

Cerrado Publicado hace 5 años Pagado a la entrega
Cerrado Pagado a la entrega

The goal is to extract the treetops from a digital elevation model created with a drone (about 6 cm / pix). The difficulty is that the terrain is not flat.

As a result, a script (execution in QGIS) is required (input DHM and / or ortho-photo) that automatically extracts the treetops. In addition, the tree tip is issued. At least 95% of all crowns must be detected.

I need this to assess the health status of trees using an NDVI.

The sample data (DHM and orthophoto) can be downloaded on request via Dropbox.

Geographical Information System (GIS) Python

Nº del proyecto: #17086771

Sobre el proyecto

7 propuestas Proyecto remoto Activo hace 5 años

7 freelancers están ofertando un promedio de $1206 por este trabajo

schoudhary1553

Hello, I can help with you in your project Extracting Canopy Crown from Drone. I have more than 5 years of experience in Geographical Information System (GIS), Python. We have worked on several similar projects befo Más

$1250 USD en 20 días
(24 comentarios)
5.6
amgeoinfo

We are a Texas based Geospatial Consulting Company. We have over 20 years experience in using GIS, GPS, and Remote Sensing to monitor and assess various environmental related issues including disaster monitoring, vege Más

$750 USD en 10 días
(0 comentarios)
0.0
surajitbera

I have an experience to extract the canopy cover area using e-cognisation software. the object based classification method is used.

$1250 USD en 20 días
(0 comentarios)
0.0
awarenessim

I don't need to prove me. Relevant Skills and Experience extracting DEM from Topo sheets is one of my skills and I have a long list of talents.

$1222 USD en 20 días
(0 comentarios)
0.0
Niruvanam

Offers expert solutions in Geospatial and Cartography. Over a decade of experience in GIS and Digital Mapping. Our team comprise of members, who have completed Master's degree in Remote Sensing and GIS, which will lead Más

$1400 USD en 15 días
(0 comentarios)
0.0