| Economic impact (4) |  |
| Impact (721) | |
| Impact analysis (17) | |
| Impact assessment (106) | |
| Long-term impact (13) | |
| Negative impact (12) | |
| Positive impact (10) | |
| Possible impact (17) | |
| Potential impact (25) | |
| Significant impact (6) | |
| Economic impact (4) | |
| Impact (721) | |
| Impact analysis (17) | |
| Impact assessment (106) | |
| Long-term impact (13) | |
| Negative impact (12) | |
| Positive impact (10) | |
| Possible impact (17) | |
| Potential impact (25) | |
| Significant impact (6) | |
-Baden, 2001.7 G. Tassey, Methods for Assessing the Economic impacts of Government R&d, National Institute of Standards & Technology, Gaithersburg, MD, 2003.8 K. Blind, B. Bührlen, C
Methods like Life cycle Analysis or Materials Flow Analysis are comparatively sharp swords in the analysis and assessment of ecological and economic impacts of new materials technologies.
A study of social and economic impacts of research and technology organisations. A report to EARTO.
economic impacts of GMOS; national and international legal and regulatory biosafety framewoork access to genetic resouurce and traditional knowledge;
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