| dc.description.abstract | Mangrove forest is a deep forest ecosystemigenerallyilocated at the mouth
of the river tidal areailow tide and seaside,The most abundant and main carbon
stocks in mangrove forests are found to come from measurements and results from
the wet tropics. This study aims to obtain a carbon estimation model using the
Lubuk Kertang mangrove UAV, the data collection method was carried out by
purposive sampling while still paying attention to the representativeness and
limitations of the data and age class as many as 79 observation plots measuring
carbon content using allometric equations. Making VARI, GLI, VIgreen and
canopy cover spatial models as variablesifree and amount of carbon as the
dependent variable, the carbon potential estimation model was chosen based on
VARI, GLI, Vigreen and canopy cover. The results showed that the linear
regression model with canopy cover had the highest equation value y = 20.023x +
30.241 , R2 = 34.9% with RMSE value = 5.11, and had uniformity between
models with an average carbon measurement in the field of 39.459 tonnes/ha . | en_US |
