24 New Population Biology projects

Population Biology

24 projects have been added:

  • Transgenic Metarhizium pingshaense synergistically ameliorates pyrethroid-resistance in wild-caught, malaria-vector mosquitoes (VBP0000321: details, map, 2 collections, 570 samples, 0 phenotypes, 1140 genotypes)
  • Impact of partially and fully closed eaves on house entry rates by mosquitoes (VBP0000322: details, map, 4 collections, 5000 samples, 0 phenotypes, 0 genotypes)
  • Primary malaria vector An. darlingi larvae in a high transmission fish farming area in Amazonian Brazil (VBP0000323: details, map, 337 collections, 4044 samples, 0 phenotypes, 0 genotypes)
  • Uneven malaria transmission in geographically distinct districts of Bobo-Dioulasso, Burkina Faso (VBP0000324: details, map, 4 collections, 22 samples, 10 phenotypes, 0 genotypes)
  • Pyrethroid resistance in the major malaria vector Anopheles arabiensis in Nouakchott, Mauritania (VBP0000325: details, map, 2 collections, 2 samples, 8 phenotypes, 0 genotypes)
  • Emergence of knock-down resistance in the Anopheles gambiae complex in the Upper River Region, The Gambia, and its relationship with malaria infection in children (VBP0000326: details, map, 2 collections, 8 samples, 0 phenotypes, 24 genotypes)
  • Insecticide resistance, associated mechanisms and fitness aspects in two Brazilian Stegomyia aegypti (=‚ÄČAedes aegypti) populations (VBP0000327: details, map, 4 collections, 4 samples, 14 phenotypes, 0 genotypes)
  • Change in Anopheles richness and composition in response to artificial flooding during the creation of the Jirau hydroelectric dam in Porto Velho, Brazil (VBP0000328: details, map, 247 collections, 6347 samples, 0 phenotypes, 0 genotypes)
  • Barcoding blood meals: New vertebrate-specific primer sets for assigning taxonomic identities to host DNA from mosquito blood meals (VBP0000329: details, map, 1 collections, 63 samples, 60 phenotypes, 0 genotypes)
  • Mosquito surveillance in Marion County, Indiana, USA. 2008 (VBP0000330: details, map, 1502 collections, 5912 samples, 0 phenotypes, 0 genotypes)
  • Mosquito surveillance in Marion County, Indiana, USA. 2009 (VBP0000331: details, map, 1701 collections, 6796 samples, 0 phenotypes, 0 genotypes)
  • Mosquito surveillance in Marion County, Indiana, USA. 2010 (VBP0000332: details, map, 1712 collections, 7314 samples, 0 phenotypes, 0 genotypes)
  • Mosquito surveillance in Marion County, Indiana, USA. 2011 (VBP0000333: details, map, 1999 collections, 7021 samples, 0 phenotypes, 0 genotypes)
  • Mosquito surveillance in Marion County, Indiana, USA. 2012 (VBP0000334: details, map, 2016 collections, 7316 samples, 0 phenotypes, 0 genotypes)
  • Mosquito surveillance in Marion County, Indiana, USA. 2013 (VBP0000335: details, map, 2020 collections, 8075 samples, 0 phenotypes, 0 genotypes)
  • Mosquito surveillance in Marion County, Indiana, USA. 2014 (VBP0000336: details, map, 2080 collections, 8047 samples, 0 phenotypes, 0 genotypes)
  • Mosquito surveillance in Marion County, Indiana, USA. 2015 (VBP0000337: details, map, 2060 collections, 9647 samples, 0 phenotypes, 0 genotypes)
  • Mosquito surveillance in Marion County, Indiana, USA. 2016 (VBP0000338: details, map, 1999 collections, 9431 samples, 0 phenotypes, 0 genotypes)
  • Mosquito surveillance in Marion County, Indiana, USA. 2017 (VBP0000339: details, map, 2040 collections, 8992 samples, 0 phenotypes, 0 genotypes)
  • Mosquito surveillance in Marion County, Indiana, USA. 2018 (VBP0000340: details, map, 1260 collections, 4518 samples, 0 phenotypes, 0 genotypes)
  • Mosquito surveillance by smart traps owned by Biogents AG. 2017 (VBP0000341: details, map, 347 collections, 347 samples, 0 phenotypes, 0 genotypes)
  • Mosquito surveillance by smart traps owned by Biogents AG. 2018 (VBP0000342: details, map, 822 collections, 822 samples, 0 phenotypes, 0 genotypes)
  • Mosquito surveillance by smart traps owned by Collier Mosquito Control District. 2017 (VBP0000343: details, map, 477 collections, 477 samples, 0 phenotypes, 0 genotypes)
  • Mosquito surveillance by smart traps owned by Collier Mosquito Control District. 2018 (VBP0000344: details, map, 3136 collections, 3136 samples, 0 phenotypes, 0 genotypes)

64 projects have been updated (usually to fix minor data inconsistencies):
  • Adaptive divergence between incipient species of Anopheles gambiae increases resistance to Plasmodium (VBP0000007: details, map, 9 collections, 97 samples, 0 phenotypes, 0 genotypes)
  • Investigation of genetic diversity and phylogeography of wild tick populations in North America. (VBP0000120: details, map, 72 collections, 82 samples, 0 phenotypes, 0 genotypes)
  • A multipurpose high throughput SNP chip for the dengue and yellow fever mosquito, Aedes aegypti (VBP0000122: details, map, 160 collections, 160 samples, 0 phenotypes, 0 genotypes)
  • Global Genetic Diversity of Aedes aegypti. (VBP0000138: details, map, 83 collections, 3708 samples, 0 phenotypes, 88274 genotypes)
  • Highly evolvable malaria vectors: The genomes of 16 Anopheles mosquitoes (VBP0000119: details, map, 98 collections, 98 samples, 0 phenotypes, 0 genotypes)
  • Multiple introductions of the dengue vector, Aedes aegypti, into California (VBP0000177: details, map, 16 collections, 519 samples, 0 phenotypes, 11015 genotypes)
  • UC Davis/UCLA population dataset (VBP0000005: details, map, 819 collections, 30769 samples, 0 phenotypes, 198812 genotypes)
  • Tracking the return of Aedes aegypti to Brazil, the major vector of the dengue, chikungunya and Zika viruses (VBP0000176: details, map, 30 collections, 1032 samples, 0 phenotypes, 24566 genotypes)
  • State-wide mosquito surveillance in Iowa, USA. 2013-2014 (VBP0000194: details, map, 7000 collections, 19175 samples, 2680 phenotypes, 0 genotypes)
  • Effective population sizes of a major vector of human diseases, Aedes aegypti (VBP0000193: details, map, 29 collections, 1383 samples, 0 phenotypes, 30018 genotypes)
  • Mosquito surveillance in Orange County, Florida, USA. 2017 (VBP0000262: details, map, 594 collections, 2125 samples, 0 phenotypes, 0 genotypes)
  • Mosquito surveillance in Southern Nevada, USA. 2016 (VBP0000213: details, map, 930 collections, 2751 samples, 5463 phenotypes, 0 genotypes)
  • Mosquito surveillance in Southern Nevada, USA. 2015 (VBP0000214: details, map, 745 collections, 2272 samples, 4581 phenotypes, 0 genotypes)
  • Natural diversity of the malaria vector Anopheles gambiae (VBP0000163: details, map, 765 collections, 765 samples, 0 phenotypes, 7650 genotypes)
  • Mosquito surveillance in Southern Nevada, USA. 2014 (VBP0000215: details, map, 625 collections, 1905 samples, 3840 phenotypes, 0 genotypes)
  • Whole-genome resequencing of 12 female and 12 male Anopheles gambiae G3 strain laboratory colony individuals (VBP0000227: details, 0 collections, 24 samples, 0 phenotypes, 0 genotypes)
  • Mosquito surveillance in Southern Nevada, USA. 2008 (VBP0000242: details, map, 318 collections, 1092 samples, 2322 phenotypes, 0 genotypes)
  • Mosquito surveillance in Southern Nevada, USA. 2009 (VBP0000243: details, map, 582 collections, 1857 samples, 3825 phenotypes, 0 genotypes)
  • Mosquito surveillance in Southern Nevada, USA. 2010 (VBP0000244: details, map, 697 collections, 2085 samples, 4164 phenotypes, 0 genotypes)
  • Mosquito surveillance in Southern Nevada, USA. 2011 (VBP0000245: details, map, 554 collections, 2020 samples, 4398 phenotypes, 0 genotypes)
  • Mosquito surveillance in Southern Nevada, USA. 2012 (VBP0000246: details, map, 344 collections, 843 samples, 1497 phenotypes, 0 genotypes)
  • Mosquito surveillance in Southern Nevada, USA. 2013 (VBP0000247: details, map, 334 collections, 913 samples, 1737 phenotypes, 0 genotypes)
  • Mosquito surveillance in Hernando County, Florida, USA. 2014 (VBP0000248: details, map, 627 collections, 2367 samples, 0 phenotypes, 0 genotypes)
  • Mosquito surveillance in Hernando County, Florida, USA. 2015 (VBP0000249: details, map, 464 collections, 2210 samples, 0 phenotypes, 0 genotypes)
  • Mosquito surveillance in Hernando County, Florida, USA. 2016 (VBP0000250: details, map, 389 collections, 2145 samples, 0 phenotypes, 0 genotypes)
  • Mosquito surveillance in Hernando County, Florida, USA. 2017 (VBP0000251: details, map, 374 collections, 2134 samples, 0 phenotypes, 0 genotypes)
  • Mosquito surveillance following Hurricane Irma, Hernando County, Florida, USA. 2017 (VBP0000252: details, map, 16 collections, 107 samples, 0 phenotypes, 0 genotypes)
  • Mosquito surveillance in Manatee County, Florida, USA. 2014 (VBP0000254: details, map, 2661 collections, 17382 samples, 0 phenotypes, 0 genotypes)
  • Mosquito surveillance in Manatee County, Florida, USA. 2015 (VBP0000255: details, map, 2453 collections, 15253 samples, 0 phenotypes, 0 genotypes)
  • Mosquito surveillance in Manatee County, Florida, USA. 2016 (VBP0000256: details, map, 2458 collections, 15296 samples, 0 phenotypes, 0 genotypes)
  • Mosquito surveillance in Orange County, Florida, USA. 2012 (VBP0000257: details, map, 2744 collections, 5619 samples, 0 phenotypes, 0 genotypes)
  • Mosquito surveillance in Orange County, Florida, USA. 2013 (VBP0000258: details, map, 1204 collections, 3289 samples, 0 phenotypes, 0 genotypes)
  • Mosquito surveillance in Orange County, Florida, USA. 2014 (VBP0000259: details, map, 686 collections, 1939 samples, 0 phenotypes, 0 genotypes)
  • Mosquito surveillance in Orange County, Florida, USA. 2015 (VBP0000260: details, map, 760 collections, 2325 samples, 0 phenotypes, 0 genotypes)
  • Mosquito surveillance in Orange County, Florida, USA. 2016 (VBP0000261: details, map, 780 collections, 3079 samples, 0 phenotypes, 0 genotypes)
  • Mosquito surveillance in South Walton County, Florida, USA. 2015 (VBP0000263: details, map, 1954 collections, 7726 samples, 0 phenotypes, 0 genotypes)
  • Mosquito surveillance in South Walton County, Florida, USA. 2016 (VBP0000264: details, map, 2196 collections, 8784 samples, 0 phenotypes, 0 genotypes)
  • Mosquito surveillance in South Walton County, Florida, USA. 2017 (VBP0000265: details, map, 1946 collections, 8516 samples, 0 phenotypes, 0 genotypes)
  • Mosquito surveillance in Manatee County, Florida, USA. 2012 (VBP0000266: details, map, 2110 collections, 12938 samples, 0 phenotypes, 0 genotypes)
  • Mosquito surveillance in Manatee County, Florida, USA. 2013 (VBP0000253: details, map, 2516 collections, 15620 samples, 0 phenotypes, 0 genotypes)
  • Local selection in the presence of high levels of gene flow: Evidence of heterogeneous insecticide selection pressure across Ugandan Culex quinquefasciatus populations (VBP0000205: details, map, 5 collections, 542 samples, 0 phenotypes, 10170 genotypes)
  • Mosquito surveillance in Anastasia, Saint Johns County, Florida, USA. 2004 (VBP0000278: details, map, 2370 collections, 6033 samples, 0 phenotypes, 0 genotypes)
  • Mosquito surveillance in Anastasia, Saint Johns County, Florida, USA. 2005 (VBP0000279: details, map, 2034 collections, 6365 samples, 0 phenotypes, 0 genotypes)
  • Mosquito surveillance in Anastasia, Saint Johns County, Florida, USA. 2006 (VBP0000280: details, map, 1854 collections, 3247 samples, 0 phenotypes, 0 genotypes)
  • Mosquito surveillance in Anastasia, Saint Johns County, Florida, USA. 2007 (VBP0000281: details, map, 1650 collections, 4505 samples, 0 phenotypes, 0 genotypes)
  • Mosquito surveillance in Anastasia, Saint Johns County, Florida, USA. 2008 (VBP0000282: details, map, 1436 collections, 5257 samples, 0 phenotypes, 0 genotypes)
  • Mosquito surveillance in Anastasia, Saint Johns County, Florida, USA. 2009 (VBP0000283: details, map, 1407 collections, 5497 samples, 0 phenotypes, 0 genotypes)
  • Mosquito surveillance in Anastasia, Saint Johns County, Florida, USA. 2010 (VBP0000284: details, map, 1212 collections, 3242 samples, 0 phenotypes, 0 genotypes)
  • Mosquito surveillance in Anastasia, Saint Johns County, Florida, USA. 2011 (VBP0000285: details, map, 1326 collections, 3246 samples, 0 phenotypes, 0 genotypes)
  • Mosquito surveillance in Anastasia, Saint Johns County, Florida, USA. 2012 (VBP0000286: details, map, 270 collections, 842 samples, 0 phenotypes, 0 genotypes)
  • Mosquito surveillance in Anastasia, Saint Johns County, Florida, USA. 2013 (VBP0000287: details, map, 1107 collections, 3718 samples, 0 phenotypes, 0 genotypes)
  • Mosquito surveillance in Anastasia, Saint Johns County, Florida, USA. 2014 (VBP0000288: details, map, 843 collections, 3188 samples, 0 phenotypes, 0 genotypes)
  • Mosquito surveillance in Anastasia, Saint Johns County, Florida, USA. 2015 (VBP0000289: details, map, 951 collections, 3276 samples, 0 phenotypes, 0 genotypes)
  • Mosquito surveillance in Anastasia, Saint Johns County, Florida, USA. 2016 (VBP0000290: details, map, 624 collections, 1780 samples, 0 phenotypes, 0 genotypes)
  • Mosquito surveillance in Anastasia (BG-Sentinel), Saint Johns County, Florida, USA. 2014 (VBP0000291: details, map, 136 collections, 618 samples, 0 phenotypes, 0 genotypes)
  • Mosquito surveillance in Anastasia (BG-Sentinel), Saint Johns County, Florida, USA. 2015 (VBP0000292: details, map, 101 collections, 355 samples, 0 phenotypes, 0 genotypes)
  • Mosquito surveillance in Anastasia (BG-Sentinel), Saint Johns County, Florida, USA. 2017 (VBP0000293: details, map, 159 collections, 652 samples, 0 phenotypes, 0 genotypes)
  • Mosquito surveillance in Anastasia (BG-Sentinel), Saint Johns County, Florida, USA. 2016 (VBP0000294: details, map, 240 collections, 739 samples, 0 phenotypes, 0 genotypes)
  • Origin of a High-Latitude Population of Aedes aegypti in Washington, DC (VBP0000201: details, map, 23 collections, 643 samples, 0 phenotypes, 6952 genotypes)
  • Veni, vidi, vici: on the origin and expansion of the mosquito Aedes aegypti in Madeira Island (Portugal) (VBP0000303: details, map, 15 collections, 715 samples, 0 phenotypes, 21373 genotypes)
  • Reduced-representation sequencing identifies small effective population sizes of Anopheles gambiae in the north-western Lake Victoria basin, Uganda (VBP0000212: details, map, 9 collections, 96 samples, 0 phenotypes, 91 genotypes)
  • Aedes aegypti in the Black Sea (VBP0000269: details, map, 5 collections, 124 samples, 0 phenotypes, 2848 genotypes)
  • Population structure of a vector of human diseases: Aedes aegypti in its ancestral range, Africa (VBP0000295: details, map, 38 collections, 315 samples, 0 phenotypes, 0 genotypes)
  • Sequence and structural variation in the genome of the Biomphalaria glabrata embryonic (Bge) cell line (VBP0000226: details, 0 collections, 1 samples, 0 phenotypes, 0 genotypes)