UAT SYSTEM

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Special Issue Article: Tropical rat eradication. Seabird recovery and vegetation dynamics after Norway rat eradication at Tromelin Island, western Indian Ocean. Biological Conservation. Volume 185, May 2015

Available Online

M. Le Corre. M

Danckwerts. D.K

Ringler. D

Bastien. M

Orlowski. S

Morey Rubio.C

Pinaud. D

Micol. T

Seabirds are notoriously sensitive to introduced mammalian predators and eradication programs have benefitted seabird populations and their habitats on numerous islands throughout the world. However, less evidence is available from the tropics as to

seabirds

Special Issue Article: Tropical rat eradication Non-target species mortality and the measurement of brodifacoum rodenticide residues after a rat (Rattus rattus) eradication on Palmyra Atoll, tropical Pacific. Biological Conservation. Volume 185, May 2015

Available Online

Pitt. W.C

Berentsen. A.R

Shiels. A.B

Volker. S.F

Eisemann. J.D

Wegmann. A.S

Howaldd. G .R.

The use of rodenticides to control or eradicate invasive rats (Rattus spp.) for conservation purposes has rapidly grown in the past decades, especially on islands. The non-target consequences and the fate of toxicant residue from such rodent eradicat

Special Issue Article: Tropical rat eradicationBest practice guidelines for rat eradication on tropical islands. Biological Conservation. Volume 185, May 2015

Available Online

Keitt. B

Griffiths. R

Boudjelas. S

Broome. K

Cranwell. S

Millett. J

Pitt. W

Samaniego-Herrera. A.

Invasive vertebrates are a leading cause of the extinction on islands and rats (Rattus spp.) are one of the most damaging to island ecosystems. Methods to eradicate rates from islands are well established and there have been over 580 successful eradi

Special Issue Article: Tropical rat eradication. Improving the odds: Assessing bait availability before rodent eradications to aid in selecting bait application rates. Biological Conservation. Volume 185, May 2015

Available Online

Pott. M

Wegmann. A.S

Griffiths. R.

Samaniego-Herrera. A

Cuthbert. R.J

Brooke. M.L

Pitt. W.C

Berentsen. A.R

Holmes. N.D

Howald. G.R

Ramos-Rend¢n. G

Russell. J.C

Rodent eradications undertaken on tropical islands are more likely to fail than eradications undertaken at higher latitudes. We report on 12 independent rodent eradication projects undertaken on tropical islands that utilized the results of an in sit

eradication

Special Issue Article: Tropical rat eradication. The next generation of rodent eradications: Innovative technologies and tools to improve species specificity and increase their feasibility on islands. Biological Conservation. Volume 185, May 2015

Available Online

Campbell K.J

Beek. J

Eason C.T

Glen A.S

Godwin. J

Gould. F

Holmes. N.D

Howald. G.R

Madden F.M

Ponder J.B

Threadgill. D.W

Wegmann. A.S

Baxter. G.S.

Rodents remain one of the most widespread and damaging invasive alien species on islands globally. The current toolbox for insular rodent eradications is reliant on the application of sufficient anticoagulant toxicant into every potential rodent terr

eradication

Special Issue Article: Tropical rat eradication. Invasive rat interactions and over-invasion on a coral atoll. Biological Conservation. Volume 185, May 2015

Available Online

Russell. J.C

Caut. S

Anderson S.H

Lee. M.

Invasive rats are found on most island groups of the world, and usually more than one species has invaded. On tropical islands populations of different invasive rat species can co-exist on very small islands, but the population dynamics of such co-ex

Special Issue Article: Tropical rat eradication. The response of black rats (Rattus rattus) to evergreen and seasonally arid habitats: Informing eradication planning on a tropical island. Biological Conservation. Volume 185, May 2015

Available Online

Grant A. Harper

Martijn van Dinther

James C. Russell

Nancy Bunbury

Rat eradications on tropical islands have been less successful than operations in temperate climates. This is likely due to poor understanding of the factors unique to tropical regions that rat populations respond to, such as high numbers of land cra

eradication

Special Issue Article: Tropical rat eradication. Trophic roles of black rats and seabird impacts on tropical islands: Mesopredator release or hyperpredation? Biological Conservation. Volume 185, May 2015

Available Online

Ringler. D

Russell. J.C

Le Corre. M.

Rats contribute to the decline of tropical seabird populations by affecting their breeding success through direct predation of eggs and chicks. When they coexist with other predators, invasive rats may also generate indirect interactions via the chan

seabirds

Wedelia - Daisy invader of the Melanesia: The Worst weed in the Pacific? Melanesian Geo. Issue 8. April-June 2012. Pages 6-12

Available Online

Thaman. Randy

Wedelia, creeping oxeye, or the trailing daisy, a deceptively beautiful, bright emerald-green creeper with bright yellow daisy-like flowers, is one of the world's most aggressive weeds and is listed among these other destructive organisms as one of t

Special Issue Article: Tropical rat eradicationFactors associated with rodent eradication failure. Biological Conservation. Volume 185, May 2015

Available Online

Holmes. N.D

Griffiths.R

Pott. M

Alifano. A

Will.D

Wegmann. A.S

Russell. J.C.

Invasive rodents have an overwhelmingly detrimental impact to native flora and fauna on islands. Rodent eradications from islands have led to valuable biodiversity conservation outcomes. Tropical islands present an additional suite of challenges for

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