… has led to 40.2 Mt C of carbon emissions in the atmosphere (10 Mt C/yr) and that the remaining
aboveground forest carbon stock in 2014 is 832.8 Mt C. Associated to deforestation, we …

This paper aims to investigate the potential of using soil-landscape pattern extracted from a
soil map to predict soil distribution at unvisited location. Recent machine learning advances …

High resolution and low uncertainty deforestation maps covering large spatial areas in
tropical countries are needed to plan efficient forest conservation and management programs …

… average of 1400 mm and 20.2 C, and local spatial variations between 1250–1510 mm and
19.2–21.3 C. More than 80% … Mean monthly air temperatures range from about 10 C to 28 C. …

… the total forest carbon stock using mean ACD estimates by forest type from Saatchi's and
Baccini's maps (Table 2) led to lower estimations of the total carbon stock for Madagascar c. …

… estimate C contained within each pool : 32 ± 13 Gg C for … C stocks for the three main C
pools of forest land cover (ABG, BLG, and SOC), (ii) identify the relevant factor sets that explain C …

This study presents the potential of infrared diffuse reflectance spectroscopy (DRS) to predict
soil organic carbon (SOC) content. A large national soil library was used, including about …

This work aimed to evaluate the potential of mid‐infrared reflectance spectroscopy (MIRS) to
predict soil organic and inorganic carbon contents with a 2086‐sample set representative of …

… Measured plot for calibration and validation datasets for SOC 0–30 cm soil layer (a) and 0–100
cm (b) soil layer and average relative importance of variables for both spatial models (c …

… Using the satellite images at the three time points, a multi-date supervised classification
of the land cover change was carried out following the methodology of Grinand et al. (C. …