Results 1 - 10 of 17 (Sorted by date)
Data or Tool
Author:
Kotaro
IIZUKA

This dataset can be used by researchers to test different land use/land cover mapping methods using crowdsourced geographic data and Landsat satellite imagery. The study area is the Laguna de Bay area of the Philippines, and the satellite data is from 2014-2015. This dataset will also be available on the "UCI Machine Learning Repository" (https:/...

Presentation

Background presentation on the assessment of the Potential application of Japanese low carbon technologies in Bangladesh

Workshop on low carbon technology assessment (TA) in Bangladesh
Peer-reviewed Article
In ISPRS International Journal of Geo-Information
Author:
Milben
BRAGAIS
MAGCALE-MACANDOG Damasa
MACANDOG Paula Beatrice

We developed a method for mapping residential areas using freely available satellite imagery. The resultant residential area map can be used for risk assessment (e.g. to estimate the population living in a flood-prone area). Our method can be applied for flood risk assessment in other watersheds in the future.

Presentation
The 18th Symposium on Environmental Remote Sensing (in Chiba City, Japan)
Author:
Kotaro
IIZUKA
MAGCALE-MACANDOG Damasa B.
Milben
BRAGAIS

We developed a fast method for land cover mapping using satellite imagery and crowdsourced geographic data (land use polygon data). The method is less time- and labor-intensive than traditional land cover mapping methods because the crowdsourced data substitutes for training data collected the traditional way (through field survey or visual image...

Peer-reviewed Article
In Applied Geography

This study provides a computationally-simple method to annually update existing national forest maps and model future forest change. It involves integrating national forest maps and global tree cover maps to monitor annual forest change, and then modeling future change by linear extrapolation of the historical trend.

Peer-reviewed Article
In International Journal of Remote Sensing
Author:
Haireti
ALIFU
Ryutaro
TATEISHI

A remote sensing-based method was developed for mapping debris-covered glaciers. It is significant because it is difficult to get an accurate estimate of glacier extent in areas with rocky debris, but accurate glacier maps are important for monitoring impacts of climate change and for water resource management in arid regions.