News
- 2022.08.03
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We will hold Symposium entitled [Interdisciplinary Challenge Mine and Environment] on Aug 16&17th in Zambia.
- 2018.11.20
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JICA and KAMPAI Project have a meeting with a representative of Human Rights Watch.
- 2018.08.14
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We held 3rd JCC and 2nd KAMPAI Symposium.
- 2018.08.14
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We had a farewell party for Mr. Odagiri.
- 2018.07.20
- Dr. Nakayama won the excellent presentation award at Japan Society of Toxicology conference with the presentation title of "Lead (Pb) pollution in Kabwe Mining area, Zambia: 10 years research achievements and future perspectives".
- 2018.06.18
- Report page is updated.
- 2017.11.27
- Report, Meeting/Symposium, Pictures pages are updated.
- 2017.11.27
- [November 6 - 7, 2017]
We held "1ST INTERNATIONAL KAMPAI SYMPOSIUM". - 2017.11.27
- [November 1, 2017 ~]
10 Researchers from Zambia is coming to Hokkaido University. - 2017.11.27
- [October 16, 2017]
We held " THE SECOND MEETING OF JOINT COORDINATING COMMITTEE (JCC) " - 2017.05.22
- Report and Meeting/Symposium pages are updated.
- 2017.03.21
- Pictures and Publications pages are updated.
- 2017.01.30
- Our KAMPAI website is Open now.
ZAZINAMBO Network in Southern Africa
Project Outline
Project Period: From 01 Sep 2025 to 31 Aug 2030 (5 years)
UNZA: University of Zambia, UZ: University of Zimbabwe, UNAM: University of Namibia, UB: University of Botswana, BUAN: Botswana University of Agriculture and Natural Resources, BGI: Botswana Geological Institution, BIUST: Botswana International University of Science and Technology, Hokudai: Hokkaido University, JICA: Japan International Cooperation Agency
ZAmbia
ZImbabwe
NAMibia
BOtswana
Establishment of a regional network for metal contamination monitoring
KAMPAI Project
Multi-disciplinary Approach Leads to the Solution of Lead (Pb) Pollution Problems
Overview
Output 1
Lead contamination mechanisms and pathways from pollution source to soil surrounding the pollution source in Kabwe area are elucidated.
Output 2
Lead contamination mechanisms and pathways from soil surrounding the pollution source to human body in Kabwe area are elucidated, and human health risk and economic impact caused by Pb exposure (pollution) are quantitatively assessed.
Output 3
Effective and economical remediation and pollution source control technologies are developed and proposed.
Output 4
Capacities for monitoring the Pb contamination are strengthened and Monitoring laboratory is operated.
