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Chemical Ecology applied to pest management: a Brazilian experience
Published on May 23, 20133313 Views
In this talk the chemical ecology studies developed at Brazilian Agriculture Research Corporation, EMBRAPA will be presented. The team of the Laboratory of Semiochemicals of Embrapa Genetic Resources
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Chemical Ecology applied to pest management: a Brazilian experience00:00
Brazilian Agriculture - 100:43
Agricultural Production02:54
Food, Fibers and Energy Production03:28
Brazilian Agriculture - 204:16
Brazilian Agriculture - 304:41
Embrapa Brazilian Agriculture Research Corporation - 105:00
Embrapa Brazilian Agriculture Research Corporation - 207:24
Embrapa Brazilian Agriculture Research Corporation - 307:37
Embrapa Brazilian Agriculture Research Corporation - 407:40
Embrapa Brazilian Agriculture Research Corporation - 507:42
Embrapa Brazilian Agriculture Research Corporation - 607:43
Embrapa Genetic Resources and Biotechnology07:55
Laboratory of Semiochemicals - 108:51
Laboratory of Semiochemicals - 209:05
Laboratory of Semiochemicals - 309:06
Chemical Ecology applied to pest management - 109:14
Chemical Ecology applied to pest management - 210:19
Sources of Semiochemicals - 110:40
Sources of Semiochemicals - 211:32
Talk Subjects11:57
Integration of semiochemicals use with biological control agents - enthomopatogenic fungi12:17
Case study: banana root borer, Cosmopolites sordidus12:50
Some problems - 114:43
Some problems - 215:34
Monitoring and Control15:48
Baits + Beauveria bassiana17:17
Fungal selected - Beauveria bassiana18:14
Transmission potential - 118:34
Transmission potential - 218:51
Biological pellets as mechanism for of controled liberation of semiochemicals and micoinsecticides19:10
Conidial viability during pellet preparation20:05
Pheromone liberation rate 20:27
Response of C. sordidus to biological pellets - 120:42
Response of C. sordidus to biological pellets - 221:38
Response of C. sordidus to biological pellets - 321:50
Bioassays in plastic cages - 122:47
Bioassays in plastic cages - 223:33
Biological pellets - Perspectives 23:55
Integration of semiochemicals use with biological control agents - insect parasitoids24:40
Egg Parasitoids (Platygastridae) - 127:29
Egg Parasitoids (Platygastridae) - 227:40
Egg Parasitoids (Platygastridae) - 328:22
Egg Parasitoids (Platygastridae) - 428:58
Conservative Biological Control and Semiochemicals30:50
Chemical Cues used by egg parasitoid32:09
Defensive compounds as kairomones for Telenomus podisi32:45
Defensive compounds as kairomones for scelinid wasps - 133:08
Defensive compounds as kairomones for scelinid wasps - 233:50
Defensive compounds as kairomones for scelinid wasps - 333:55
Defensive compounds as kairomones for scelinid wasps - 434:31
Defensive compounds as kairomones for scelinid wasps - 534:41
Defensive compounds as kairomones for scelinid wasps - 635:20
Defensive compounds as kairomones for scelinid wasps - 735:55
Defensive compounds as kairomones for scelinid wasps - 836:12
Defensive compounds as kairomones for scelinid wasps - 936:21
Defensive compounds as kairomones for scelinid wasps - 1036:22
Herbibore induced plant volatiles (HIPVs) - 136:26
Herbibore induced plant volatiles (HIPVs) - 237:29
Field evaluation of cis-jasmone treatment on soybean - 138:14
Field evaluation of cis-jasmone treatment on soybean - 238:26
Field evaluation of cis-jasmone treatment on soybean - 338:49
Field evaluation of cis-jasmone treatment on soybean - 439:00
Field evaluation of cis-jasmone treatment on soybean - 539:02
Field evaluation of cis-jasmone treatment on soybean - 639:10
Natural enemies attraction -> Increased parasitism in treated areas39:47
Effect of application of chemical cues in parasitism rates in arable crops40:05
Considerations to improve the efficiency of semiochemicals - 141:10
Considerations to improve the efficiency of semiochemicals - 241:55
Considerations to improve the efficiency of semiochemicals - 342:53
Considerations to improve the efficiency of semiochemicals - 443:33
Considerations to improve the efficiency of semiochemicals - 544:13
Considerations to improve the efficiency of semiochemicals - 644:26
Considerations to improve the efficiency of semiochemicals - 744:27
Considerations to improve the efficiency of semiochemicals - 844:46
Using pheromone baited traps for early detection/control of stink bug populations45:10
E. heros sex pheromone use in population monitoring - 146:41
E. heros sex pheromone use in population monitoring - 248:11
Stink bug population dynamics in soybean - 148:34
Stink bug population dynamics in soybean - 250:29
E. heros sex pheromone early detection/control - 150:40
E. heros sex pheromone early detection/control - 251:12
E. heros sex pheromone early detection/control - 351:27
E. heros sex pheromone early detection/control - 451:38
E. heros sex pheromone early detection/control - 551:54
E. heros sex pheromone early detection/control - 652:56
E. heros sex pheromone early detection/control - 752:57
E. heros sex pheromone early detection/control - 853:24
Stink bug sexual behaviour 53:46
Cooperative bilateral projects NIB - Embrapa55:07
Phase II field application 2012-201455:48
NIB - Embrapa Bilateral Cooperation57:54
Acknowledgments58:06
www.alaeq.org58:27
Laboratory/field crew59:42
Thank you !!!59:49