Book Review
Reclamation of Mine-Impacted Land for Ecosystem Recovery
by : Nimisha Tripathi, Raj Shekhar Singh, Colin D. Hills
Status

Update: 19 Feb 2018
Published: since 1 Mar 2008

Online Users: 9

 

Copyright © 2011
SEAMEO BIOTROP
All Rights Reserved.

BIOTROP on FacebookFollow us on Facebook

us on Twitter

ISO 9001:2008 Certified

ISO 17025:2005 Certified

KNAPPP Certified
Vision, Missions & Goals

SEAMEO (Southeast Asian Ministers of Education Organization) was established in 1965 through the SEAMEO Charter signed by seven (7) South East Asia countries. The signing of the charter marked the establishment of the centres. At present there are 21 specialist institutions that undertake training and research programs in various fields of education, science, and culture. SEAMEO BIOTROP, the Southeast Asian Regional Centre for Tropical Biology is one of the centres.

SEAMEO BIOTROP, the Southeast Asian Regional Centre for Tropical Biology, was established on 6 February 1968. In carrying out the mandate of Governing Board, SEAMEO BIOTROP conducted its activities emphasizing on the empowerment of human resource in Southeast Asia. The activities cover research, training, networking, and personnel exchange and information dissemination in tropical biology.

Vision:
A Leading Centre in enriching and promoting the real values of tropical biology in Southeast Asia

Mission:
To provide scientific knowledge and build capacities of institutions and communities in conserving and managing tropical biology sustainably for the well-being of communities and the environment of Southeast Asia.

Goals:

  1. Provide science-based information to enable communities and institutions to address critical biological problems and benefit from the real values and sustainable use of the region’s tropical biological resources
  2. Strengthen individual and institutional capacities on current knowledge and good practices in tropical biology
  3. Synthesize, translate, and provide equal access to information in tropical biology to enhance knowledge, practice, and policy
  4. Facilitate effective development interventions and partnerships for sustainable us and equitable sharing of benefits of the region’s tropical biological resources
  5. Enhance organizational management and efficiency towards maximized use of resources and effective service delivery to clients and partners.

Program Thrusts
SEAMEO BIOTROP believes that its new program thrusts are current critical concerns confronting the Southeast Asian region in general. The urgency to address these concerns, particularly through research, would be significant for the sustainable development in the region. These program thrusts are also envisioned to integrate the global and regional concerns for climate change, poverty alleviation, food and nutrition security, and gender which are core themes of the UN 2030 Agenda for Sustainable Development (SDG 2030) and the ASEAN Vision 2020.

The program thrusts and their brief definition and scope are as follows:

1. Restoration of degraded ecosystem
Restoration of degraded ecosystem is a process of assisting the recovery of an ecosystem that has been degraded, damaged, or destroyed. This is indispensable to reverse the structure and function of a degraded ecosystem, habitat area, or site for species integrity and ecosystems that put the future’s welfare as the final purpose. This program thrust may include the following topics: understanding and minimizing the difference between natural and anthropogenic disturbances (e.g., deforestation, ore and mineral mining, introduction of invasive alien plant and animal species, pollution, climate change, etc.) which interfere with the functioning of an ecosystem at spatial and temporal scales; determining the resilience of an ecosystem; use of emerging concepts in new and successful restoration technologies and performance standards; assessment of current ecology restoration practices; ways of initiating, assisting or accelerating ecological succession processes; improved understanding of the ecological, economic and socio-cultural role and importance of succession biology; investigating the role of soil physical, chemical, and microbiological processes (e.g., application of beneficial soil microorganism), genetics, resource mapping, taxonomy and inventory, etc.

2. Sustainable Management of Intensively Used Ecosystems/Landscapes
This program thrust focuses on managing areas at various scales of natural resources for productive and efficient long-term use. This may involve applying appropriate natural resource management approaches on existing ecological services and biological resources while also adopting appropriate utilization practices to address the socio-economic and cultural needs of society toward a better quality of life. This program thrust could cover: determining appropriate land-use and production options, valuing environmental services; food/ feed and nutrition security; use of biodiversity for enhanced and sustained production; biotechnology approach to sustain productivity; reducing food loss; payment for environmental services; agroforestry and novel crops using native species; sustainable use of species, renewable resource use/harvesting; policy development to support government and NGO programs in sustainability, etc.

3. Conservation and Sustainable Use of Unique Ecosystems/Landscapes of High Biodiversity
This program thrust could generally refer to measuring, protecting, and conserving elements of unique ecosystems and/or landscapes of high biodiversity from further degradation, enhancing landscape and habitat connectivity, and building resilience to disturbance. This program thrust could cover: resilience analysis and management; rapid methodology and approaches for identifying high biodiversity and unique ecosystems; adaptive resource management; ecosystem health assessment and monitoring; landscape connectivity analysis and restoration planning; mapping and inventory of residual native forests, biodiversity hotspots and other sensitive areas; environmental risk analysis and impact assessment, preserving genetic diversity and genetic improvement; analysis of and compliance with current environmental protection and conservation policies; prevention and control of invasive species, mine-site rehabilitation pollution, forest fires, etc.