© 2017 Syfert et al. This is an open access article distributed under the terms of the Creative Commons Attribution License, which permits unrestricted use, distribution, and reproduction in any medium, provided the original author and source are credited

A Alyokhin

A Guisan

A Jarvis

AK Hansen

AT Peterson

AV Suarez

B McCune

C Li

C Liu

C Merow

C Parmesan

CD Butler

CD Davis

CH Graham

CK Khoury

D Burckhardt

D Di Euliis

D Kent

D Ouvrard

Daniel Burckhardt

DC Lees

DG Frodin

Diana M. Percy

DL Queiroz

DM Percy

DM Richardson

DM Spooner

DP Bebber

EE Grafton-Cardwell

GD Harrison

GF Ficetola

GS Taylor

I Hodkinson

I Malenoský

ID Hodkinson

J Catford

J Crosslin

J Elith

J Franklin

J Tenorio

JA McNeely

JE Munyaneza

JK Brown

JN Artigas

KD Swisher

KL Thomas

L Serbina

L Tuthill

LF Salazar

Liliya Serbina

M Chytrý

M Fernández

Mindy M. Syfert

MJ Anderson

MM Syfert

NL Stephenson

PG Weintraub

PH Everill

PR Minchin

R Chávez

R Hajjar

R Hart

R Ortíz

R Schafleitner

RC Venette

RG Olmstead

RJ Hijmans

RJ Redden

S Phillips

Sandra Knapp

SH Ja Jansky

SJ Brooks

T Särkinen

VS Smith

W Law

W Thuiller

X Martini

Xiu-Qing Li

Y Fourcade

PLoS ONE

PubMed

Food security is threatened by newly emerging pests with increased invasive potential accelerated through globalization. The Neotropical jumping plant louse Russelliana solanicola Tuthill is currently a localized potato pest and probable vector of plant pathogens. It is an unusually polyphagous species and is widely distributed in and along the Andes. To date, introductions have been detected in eastern Argentina, southern Brazil and Uruguay. Species distribution models (SDMs) and trait comparisons based on contemporary and historical collections are used to estimate the potential spread of R. solanicola worldwide. We also extend our analyses to all described species in the genus Russelliana in order to assess the value of looking beyond pest species to predict pest spread. We investigate the extent to which data on geographical range and environmental niche can be effectively extracted from museum collections for comparative analyses of pest and non-pest species in Russelliana. Our results indicate that R. solanicola has potential for invasion in many parts of the world with suitable environmental conditions that currently have or are anticipated to increase potato cultivation. Large geographical ranges are characteristic of a morphological subgeneric taxon group that includes R. solanicola; this same group also has a larger environmental breadth than other groups within the genus. Ecological modelling using museum collections provides a useful tool for identifying emerging pests and developing integrated pest management programs.</div

Mindy M. Syfert (282132)

Liliya Serbina (3615536)

Daniel Burckhardt (162606)

Sandra Knapp (365093)

Diana M. Percy (94487)

The Francis Crick Institute

Emerging New Crop Pests: Ecological Modelling and Analysis of the South American Potato Psyllid <i>Russelliana solanicola</i> (Hemiptera: Psylloidea) and Its Wild Relatives

Crossref

Emerging New Crop Pests: Ecological Modelling and Analysis of the South American Potato Psyllid Russelliana solanicola (Hemiptera: Psylloidea) and Its Wild Relatives

Syfert Mindy M.

Serbina Liliya

Burckhardt Daniel

Knapp Sandra

Percy Diana M.

Public Library of Science (PLOS)

 (Hemiptera: Psylloidea) and Its Wild Relatives

© 2017 Syfert et al. This is an open access article distributed under the terms of the Creative Commons Attribution License, which permits unrestricted use, distribution, and reproduction in any medium, provided the original author and source are credited.NHM Repositor

Syfert, MM

Serbina, L

Burckhardt, D

Knapp, S

Percy, DM

Natural History Museum Repository

Food security is threatened by newly emerging pests with increased invasive potential accelerated through globalization. The Neotropical jumping plant louse Russelliana solanicola Tuthill is currently a localized potato pest and probable vector of plant pathogens. It is an unusually polyphagous species and is widely distributed in and along the Andes. To date, introductions have been detected in eastern Argentina, southern Brazil and Uruguay. Species distribution models (SDMs) and trait comparisons based on contemporary and historical collections are used to estimate the potential spread of R. solanicola worldwide. We also extend our analyses to all described species in the genus Russelliana in order to assess the value of looking beyond pest species to predict pest spread. We investigate the extent to which data on geographical range and environmental niche can be effectively extracted from museum collections for comparative analyses of pest and non-pest species in Russelliana. Our results indicate that R. solanicola has potential for invasion in many parts of the world with suitable environmental conditions that currently have or are anticipated to increase potato cultivation. Large geographical ranges are characteristic of a morphological subgeneric taxon group that includes R. solanicola; this same group also has a larger environmental breadth than other groups within the genus. Ecological modelling using museum collections provides a useful tool for identifying emerging pests and developing integrated pest management programs

Mindy M Syfert

Diana M Percy

Directory of Open Access Journals

Emerging New Crop Pests: Ecological Modelling and Analysis of the South American Potato Psyllid Russelliana solanicola (Hemiptera: Psylloidea) and Its Wild Relatives.

https://figshare.com/articles/Emerging_New_Crop_Pests_Ecological_Modelling_and_Analysis_of_the_South_American_Potato_Psyllid_i_Russelliana_solanicola_i_Hemiptera_Psylloidea_and_Its_Wild_Relatives/4518344

Emerging New Crop Pests: Ecological Modelling and Analysis of the South American Potato Psyllid Russelliana solanicola (Hemiptera: Psylloidea) and Its Wild Relatives

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Crossref

Public Library of Science (PLOS)

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Directory of Open Access Journals