Results 1 - 4 of 4 (Sorted by date)
Peer-reviewed Article
In Science of The Total Environment
Author:
Peiyi
Yin
Xuecao
Li
Jiafu
Mao
Bingyu
Wang
Jianxi
Huang
The response of land surface phenology (LSP) to the urban heat island effect (UHI) is a useful biological indicator for understanding how vegetated ecosystems will be affected by future climate warming. However, vegetation cover in rural areas is often dominated by cultivated land, whose phenological timing is considerably influenced by...
Peer-reviewed Article
In Remote Sensing
Author:
Shahab
Jozdani
Dongmei
Chen
Wenjun
Chen
Sylvain
Leblanc
Julie
Lovitt
Liming
He
Robert
Fraser
Illumination variations in non-atmospherically corrected high-resolution satellite (HRS) images acquired at different dates/times/locations pose a major challenge for large-area environmental mapping and monitoring. This problem is exacerbated in cases where a classification model is trained only on one image (and often limited training data) but...
Peer-reviewed Article
In Remote Sensing
Author:
Shahab
Jozdani
Dongmei
Chen
Wenjun
Chen
Sylvain
Leblanc
Christian
Prévost
Julie
Lovitt
Liming
He
Lichen is an important food source for caribou in Canada. Lichen mapping using remote sensing (RS) images could be a challenging task, however, as lichens generally appear in unevenly distributed, small patches, and could resemble surficial features. Moreover, collecting lichen labeled data (reference data) is expensive, which restricts the...
Submission to Policy Process
Author:
Takeo
Tadono
Masato
Hayashi
Osamu
Ochiai
Mariko
Harada
Ko
Hamamoto
Takashi
Nishimura
Takahiro
Ikenoue
Mari
Miura
Hiroki
Miyazono
Hiroaki
Okonogi
Pedro Alberto Bignelli
Nara Vidal Pantoja
Daniel Moraes de Freitas
(Japanese title: 熱帯林違法伐採の検知(JJ-FAST)) This submission provides our input for the first Global Stocktake under the Paris Agreement. Our input focuses on a satellite-based deforestation monitoring system for tropical forests, “JICA-JAXA Forest Early Warning System in the Tropics (JJ-FAST)”. Summary of the submission: A satellite-based deforestation...