Mapping maize cultivated area combining MODIS evi time series and the spatial variations of phenology over Huanghuaihai Plain

X Wang, S Zhang, L Feng, J Zhang, F Deng - Applied Sciences, 2020 - mdpi.com
Crop phenology is a significant factor that affects the precision of crop area extraction by
using the multi-temporal vegetation indices (VIs) approach. Considering the phenological …

Developing a method to estimate maize area in north and northeast of China combining crop phenology information and time-series MODIS EVI

S Zhang, J Zhang, Y Bai, L Xun, J Wang, D Zhang… - IEEE …, 2019 - ieeexplore.ieee.org
Remote sensing (RS) is a convenient technology to estimate the regional cultivation areas of
crops. However, the accurate estimation of maize areas using RS over a broad region is a …

基于作物空间物候差异提取黄淮海夏玉米种植面积

王雪婷, 张莎, 邓帆, 张佳华 - 中国农业气象, 2019 - zgnyqx.ieda.org.cn
考虑大区域内不同纬度间玉米物候差异, 利用MODIS EVI 时序曲线提取黄淮海夏玉米种植面积.
基于Landsat 影像和MOD13Q1 数据集, 提取参考区夏玉米MODIS EVI 时间序列曲线; …

Mapping the cultivation areas of summer maize using spatial variations of crop phenology over huanghuaihai plain

W Xue-ting, Z Sha, D Fan… - Chinese Journal of …, 2019 - zgnyqx.ieda.org.cn
Considering the phenological differences of maize along with latitude over a large area, the
planting area of summer maize was extracted by MODIS EVI time series curve over …