| Technical Name | Novel Bio-Control Technology to Forcipomyia taiwana | ||
|---|---|---|---|
| Project Operator | National Chiayi University | ||
| Project Host | 林春福 | ||
| Summary | I have developed three novel bio-control methods to block every step of life cycle of F. taiwana that were including: (1) the bait and trap specificity to catch female F. taiwana. (2) Isolation and identification of soil bacteria to kill the algae (blue-green algae and green algae) that was the major food of larvae of F. taiwana. (3) Isolation of soil fungus F01 that can infect eggs, larvae and pupa of F. taiwana. |
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| Scientific Breakthrough | I have developed three novel bio-control methods to block every step of life cycle of F. taiwana that were including: (1) the bait and trap specificity to catch female F. taiwana. (2) Isolation and identification of soil bacteria to kill the algae (blue-green algae and green algae) that was the major food of larvae of F. taiwana. (3) Isolation of soil fungus F01 that can infect eggs, larvae and pupa of F. taiwana. |
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| Industrial Applicability | I have developed three novel bio-control methods to block every step of life cycle of F. taiwana that were including: (1) the bait and trap specificity to catch female F. taiwana. (2) Isolation and identification of soil bacteria to kill the algae (blue-green algae and green algae) that was the major food of larvae of F. taiwana. (3) Isolation of soil fungus F01 that can infect eggs, larvae and pupa of F. taiwana. |
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| Keyword | Forcipomyia taiwana small black biting midge baits Acinetobacter lwoffii SB18 trap apparatus algae killed-soil bacteria Lactococcus lactis 07 hydrogen peroxide soil fungus insect fungus | ||
- cflin@mail.ncyu.edu.tw
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