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Computer Systems

All the SABONET herbaria, except the Peter Smith Herbarium (PSUB), have now had their programmes updated with the latest versions of the PRECIS Specimen Database. Five years ago the PRECIS database was run on Access 2, followed by an upgrade to Access 97 with a Delphi front-end (BDE-link). The database has recently been upgraded to an ADO-link between the Delphi front-end and both Access 97 and 2000.

SABONET IT has visited all the participating countries in the region at least twice and has upgraded the data capturing computers at the participating herbaria. Once all the countries have each received one more new computer and the latest office software as part of the Project’s Exit Strategy, we hope that the computerisation rate will increase even further.

The Way Forward
Once we are set for the Exit Strategy with all the latest software and hardware in place, we can adhere to Decision 7 of the Tripartite Review Recommendations of April 1999, and become more pro-active in biodiversity issues (Minutes of the Ninth SABONET Steering Committee meeting). As SABONET countries we should find ways to use our newly acquired knowledge to address issues surrounding plant diversity, such as manipulation of our databases for conservation actions, compilation of Red Lists, regional planning, research proposals, and networking. The development of future in-country projects can be based on a country’s computerised herbaria. Relevant comparative statistical data sets will assist us to identify key plant groups that need to be computerised to ensure that outputs match the requirements of the stakeholders in the region.

Computerised information will, however, only have relevance in future for data manipulation techniques if serious thought is given to georeferencing. At the moment, attention is focused on attaching quarter-degree grid square references to specimens that have none. This task is the responsibility of individual SABONET herbaria, where time and money are spent on developing capable staff to complete the work. The Poaceae is the first group prioritised in this regard. The main idea is to link the distribution data of this family with the MAPPIT programme, or a GIS system, in order to run specific queries that will be of use to end-users in the region (Fish & Steyn 2001). These value-added products will be one of the foremost future projects to flow from the computerisation process. The captured locality data can then be used to plot the distribution of specific taxa (see Henderson (2002) for an example of a direct implementation of this tool). A database on a compact disk with all the electronic distribution data of a specific plant group in southern Africa can also be produced. A second step would be to link these plant distribution databases to habitat information, plant uses, flowering times, and so on.

Conclusion
SABONET is striving to enhance the outputs of the computerisation process and to illustrate the relevance of the encoding process through quality publications and databases. Improved collaboration and partnerships in the region are needed to implement the widespread application of the herbarium specimen databases among all stakeholders, such as research institutions, universities, the private sector, governments, and networks. We hope that the SABONET computerisation effort has contributed considerably towards the task to inventory our region’s plant diversity and to prepare southern Africa for even more ambitious botanical endeavours in the future.

To conclude—and to emphasise its importance—the following points of the Chairman’s Text for Negotiation of the Commission on Sustainable Development Acting as the Preparatory Committee for the World Summit for Sustainable Development (Fourth Session) are directly met by the SABONET computerisation process:

 Provides affordable local access to botanical information to improve and strengthen monitoring and early warning related to desertification and alien plant invasions.

 Improves the use of science and technology for environmental monitoring, assessment models, accurate database, and integrated information systems.

 Incorporates and mainstreams the objectives of the CBD into regional and national sectoral and cross-sectoral programmes, in particular that of the donor funding agencies.

 Supports international, regional, and national actions in implementing programs to address and invest in applied research and capacity building.

 Assists southern African countries in building capacity to access more equitable multilateral and global research and development programmes.

 Promotes knowledge transfer to Africa as part of the New Partnership for Africa’s Development (NEPAD) and further develops knowledge available in African centres of excellence.

 Promotes and supports initiatives of stakeholders for the conservation of hotspot areas and promotes the development of national and regional networks.

 Urges countries to become parties to biodiversity related international agreements to encourage the exchange of data.

 Enhances environmental responsibility and accountability, including workplace-based partnerships, and training programmes. 

—by Trevor Arnold & Stefan Siebert

SABONET News 7.2: 92

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ARNOLD, T. & WILLIS, C.K. 1998. Computerisation of southern African herbaria. SABONET News 3(2): 82-85.

FISH, L. & STEYN, H. 2001. Benefits of data capturing in herbaria. SABONET News 6(1): 19-21.

HENDERSON, L. 2002. Invasive alien plants in southern Africa. Part 3: The Daisies (Asteraceae). SABONET News 7(1): 32-35.

SIEBERT, S.J. & WILLIS, C.K. 2000. Computerisation of southern African herbaria: A regional update. SABONET News 5(3): 182-184.

TIMBERLAKE, J. & PATON, A. 2001. SABONET Midterm Review. SABONET News 6(1): 5-13.

WILLIS, C.K. & ARNOLD, T. 1999. Computerisation of southern African herbaria. SABONET News 4(3): 207-211.



SABONET.
Southern African Botanical Diversity Network.