#Dualex

[msclaritea]

I love watching builders, too. It's very inspiring and all of these people are super talented. I want to try all of this.

[festival-of-pudding]

tagged by @make-a-desert-call-it-peace

3 ships: Buddie, Rhink, Nandermo

First ever ship: Probably the Third Doctor and Romana? It's hard to remember back that far lol. Louis/Lestat and Mina/Jonathan came up pretty early on.

Last song: 'These Days' by Foo Fighters

Last movie: I watched Aliens the other day

Currently reading: Prince Harry's book, my old WIPs to spark some brain cells

Currently watching: Shaq, Lucky, George and Tammy

Currently consuming: Coke Zero and Dualex vids

Currently craving: deep dish pizza, god I miss real bread 😭

tagging @bocere, @lindz04, anyone who feels like it!

[nj-stone]

DualEx - I Transformed a 41-Year-Old Vehicle into a Modern Mobile Home | Full Build Start to Finish https://youtu.be/9a7yMf2vtcw?si=a78QYNO5-m2MdQmS via @YouTube

[meepdrawsthings]

More tiny doodles! ❤️ Interested?  I will draw you one if you donate to my ko-fi! Characters belong to: @ruderubicante​ @pulledrosepetals​ @ependadrawsguildwars2​ @dualexe​ @bi-zojja​ @the-omni-dragon @ssjbears @smashthatcraft @aleyannadenton @commander-titania @nucleartuesday @a-blue-tree-man

[jag2583]

I wanted official hiveswap ocs, cause everyone is having fun! Elli Sparks is the kid that joins Eudora,Forest & Mallet Template creds. To @the-real-slim-strider!

[commander-titania]

A commission for @meepdrawsthings!

It’s her human Meep and @dualexe‘s norn Dual having themselves a fun beach day!

Commission info!

[evoldir]

Fwd: Other: Belgium.Internship.PlantPestInteraction

Begin forwarded message: > From: evoldir@evol.biology.mcmaster.ca > Subject: Other: Belgium.Internship.PlantPestInteraction > Date: 16 August 2020 at 06:14:12 BST > To: rdmpage@gmail.com > > > > Impact of climate changes on plant-pest interaction: insights from the > rosy apple aphid and its apple host in a context of domestication > > Amandine Cornille?s group > (https://ift.tt/2CKoFCH) > and Tim Belien?s group > (https://ift.tt/2U0vpWX) are recruiting a > Master student and a bachelor to investigate the adaptation to climate > and plant host of aphid pests. > > Lab address?(supervision): > PC-Fruit > pcfruit vzw > Fruittuinweg 1 > 3800 Sint-Truiden > Belgium > > Supervisors?: Amandine Cornille (amandine.cornille@inrae.fr), Ammar > Alhmedi (Ammar.alhmedi@pcfruit.be) and Tim Belien (tim.belien@pcfruit.be) > > Project summary > Understanding the extent of local adaptation in natural populations and > the mechanisms enabling individuals to adapt to their native environment > is a major avenue in evolutionary ecology research. Host-pathogen > coevolution is widely seen as a major driver of local adaptation and > has therefore been a study model to dissect the evolutionary processes > at work during local adaptation. However, the relative contributions of > species interactions (i.e. biotic factor) and abiotic factors to local > adaptation are still unclear. Addressing these issues is more than a > simple academic exercise. Understanding of local adaptation processes > in host-parasite interactions will also help tackling pressing issues, > such as the ways in which environmental change alters the emergence of > pathogens leading to host extinctions, how to promote sustainability > of agroecosystems in the face of emerging crop diseases or in guiding > for public health practices as more human pathogens and their vectors > expand their ranges. > >      In this project, we investigate whether local adaptation occurred >      during the recent rapid colonization of cultivated apple by Dysaphis >      plantaginea, the major aphid pest of cultivated apple orchards, >      in Europe. We will carry out in April 2020 experimental tests for >      D. plantaginea fitness differences across environments (i.e. host >      and climate) to investigate whether the aphid is locally adapted >      to its host and/or climate. This project will generate original >      results adding to our understanding of how species interactions >      and abiotic conditions can shape local adaptation. > > Master project >      The project involves the transplant of Belgian, French and Spanish >      aphid genotypes on Belgian, French and Spanish apple varieties in >      three locations (Belgian, France and Spain). The candidate will >      be involved in the assessment of the adaptive capacities at the >      ecological level of the rosy apple aphid at the BELGIAN site located >      at PCFruit (Sint-Truiden, Belgium). The project can last four >      (Bachelor) to six months (Master), and will consist in participating >      in aphid infestations and rearing on the field, tree measurement, >      associated statistical analyses, and final report writing. > > 1) The candidate will lead the launching of the experiment there >   during Spring 2021 by transplanting aphids on several apple >   cultivars and will measure several phenotypic traits. The growth >   rate of each colony will be measured after 12 days of infestation. >   Various functional traits which are proxies of the condition of the >   plant (i.e. chlorophyll content, carbon/nitrogen balance, and >   flavonol and anthocyanin content measured with the Dualex? pincel) >   will also be measured. > > 2) If wanted, He/She will analyze the dataset that will be generated. > > Methodology: Statistical analyses (linear and mixed models, R), > ecophysiology, phenotypic measurement, rearing, insect biology, field > experiment. > > Profile preferred for the candidate: Ideally, the candidate will have > skills in ecology and evolution or at least will show strong interest > in these fields. He/She will have to be highly motivated about field > experiment, as this one will be intense the first two months. He/she > will not necessarily be familiar with apple or aphid model. > > Deadline for submission: The sooner the better. > > Duration : 2 to 4 months, starting date: March 2021, contact Amandine > CORNILLE for further discussions. > > Supervision?: Amandine CORNILLE - Charg?e de Recherche CNRS CRCN > G?n?tique Quantitative et Evolution - Le Moulon Ferme du Moulon 91190, > Gif-sur-Yvette, France > > mail?: amandine.cornille[at]gmail.com Google Scholar profile : > https://ift.tt/2Y2VpDd Personal > page : https://ift.tt/2jGy8Vx Group page?: > https://ift.tt/2CKoFCH > > Indemnisation: 300 euros / month > > References > > Cornille A., Antolin F., Garcia E., Vernesi C., Fietta A., Brinkkemper O., > Kirleis W., Schlumbaum A., Rold?n-Ruiz I. (2019) A Multifaceted Overview > of Apple Tree Domestication. Trends in Plant Science, 24 (8) 770-782. > > Savolainen, O., Lascoux, M., and Merila, J. (2013). Ecological genomics > of local adaptation. Nat Rev Genet 14, 807?820. > > Blanquart F, Kaltz O, Nuismer SL and Gandon S. 2013. A practical guide > to measuring local adaptation. Ecology Letters, 16: 1195-1205. doi: > 10.1111/ele.12150 > > Amandine Cornille > via IFTTT

[feywildheart]

@meepdrawsgw2 @dualexe

[meepdrawsthings]

[meepdrawsthings]

Huevember Day 20: Wayfarer Foothills For @dualexe 💙

Previous | Next

[meepdrawsthings]

A collab piece with @dualexe of his D&D boy Ursa/Acer. Ursa is a shifter who served a stint in the military and this was his uniform (which is based on the royal guard outfit from BoTW). 

[meepdrawsthings]

Birthday present for my favorite husband @dualexe Our sisters Shiaa and Wsin + the lovely fire wyvern Jalapeño.

Ko-fi | Instagram | DeviantArt | Art Tumblr | Picarto

[meepdrawsthings]

I think since we have Nornvember we need other race themed months. 

Suggestions:

-Asura April

-Sylvari September 

-Human May  (Humay) Suggested by @tinyperyton

-Charr March (Charrch) Suggested by @dualexe

Idk how to combine Asura April and Sylvari September lol 

[evoldir]

Fwd: Graduate position: Belgium.EcologicalGenomics

Begin forwarded message: > From: evoldir@evol.biology.mcmaster.ca > Subject: Graduate position: Belgium.EcologicalGenomics > Date: 9 July 2020 at 07:29:55 BST > To: rdmpage@gmail.com > Reply-To: brian@helix.biology.mcmaster.ca > > > Impact of climate changes on plant-pest interaction: insights from the > rosy apple aphid and its apple host in a context of domestication > > Amandine Cornille?s group > (https://ift.tt/2CKoFCH) > and Tim Belien?s group > (https://ift.tt/2U0vpWX) are recruiting a > Master student and a bachelor to investigate the adaptation to climate > and plant host of aphid pests. > > Lab address?(supervision): > PC-Fruit > pcfruit vzw > Fruittuinweg 1 > 3800 Sint-Truiden > Belgium > > Supervisors?: Amandine Cornille (amandine.cornille@inrae.fr), Ammar > Alhmedi (Ammar.alhmedi@pcfruit.be) and Tim Belien (tim.belien@pcfruit.be) > > Project summary > Understanding the extent of local adaptation in natural populations and > the mechanisms enabling individuals to adapt to their native environment > is a major avenue in evolutionary ecology research. Host-pathogen > coevolution is widely seen as a major driver of local adaptation and > has therefore been a study model to dissect the evolutionary processes > at work during local adaptation. However, the relative contributions of > species interactions (i.e. biotic factor) and abiotic factors to local > adaptation are still unclear. Addressing these issues is more than a > simple academic exercise. Understanding of local adaptation processes > in host-parasite interactions will also help tackling pressing issues, > such as the ways in which environmental change alters the emergence of > pathogens leading to host extinctions, how to promote sustainability > of agroecosystems in the face of emerging crop diseases or in guiding > for public health practices as more human pathogens and their vectors > expand their ranges. > > In this project, we investigate whether local adaptation occurred during > the recent rapid colonization of cultivated apple by Dysaphis plantaginea, > the major aphid pest of cultivated apple orchards, in Europe. We will > carry out in April 2020 experimental tests for D. plantaginea fitness > differences across environments (i.e. host and climate) to investigate > whether the aphid is locally adapted to its host and/or climate. This > project will generate original results adding to our understanding of how > species interactions and abiotic conditions can shape local adaptation. > > Master project > The project involves the transplant of Belgian, French and Spanish > aphid genotypes on Belgian, French and Spanish apple varieties in three > locations (Belgian, France and Spain). The candidate will be involved in > the assessment of the adaptive capacities at the ecological level of the > rosy apple aphid at the BELGIAN site located at PCFruit (Sint-Truiden, > Belgium). The project can last four (Bachelor) to six months (Master), > and will consist in participating in aphid infestations and rearing on > the field, tree measurement, associated statistical analyses, and final > report writing. > > 1) The candidate will lead the launching of the experiment there during > Spring 2021 by transplanting aphids on several apple cultivars and will > measure several phenotypic traits. The growth rate of each colony will be > measured after 12 days of infestation. Various functional traits which > are proxies of the condition of the plant (i.e. chlorophyll content, > carbon/nitrogen balance, and flavonol and anthocyanin content measured > with the Dualex? pincel) will also be measured. > > 2) He/She will analyze the dataset that will be generated. > > Methodology: Statistical analyses (linear and mixed models, R), > ecophysiology, phenotypic measurement, rearing, insect biology, field > experiment. > > Profile preferred for the candidate: Ideally, the candidate will have > skills in ecology and evolution or at least will show strong interest > in these fields. He/She will have to be highly motivated about field > experiment, as this one will be intense the first two months. He/she > will not necessarily be familiar with apple or aphid model. > > Deadline for submission: The sooner the better. > > Duration : 2 to 6 months, starting date: March 2021, contact Amandine > CORNILLE for further discussions. > > Supervision?: > Amandine CORNILLE - Charg?e de Recherche CNRS CRCN > G?n?tique Quantitative et Evolution - Le Moulon Ferme du Moulon > 91190, Gif-sur-Yvette, France > mail?: amandine.cornille[at]gmail.com > Google Scholar profile : > https://ift.tt/2Y2VpDd > Personal page : https://ift.tt/2jGy8Vx > Group page?: > https://ift.tt/2CKoFCH > > Indemnisation: We are looking as much as possible for local students, > but if you are from abroad, do not hesitate to contact us, we can discuss > about grant applications. > > References > > Cornille A., Antolin F., Garcia E., Vernesi C., Fietta A., Brinkkemper O., > Kirleis W., Schlumbaum A., Rold?n-Ruiz I. (2019) A Multifaceted Overview > of Apple Tree Domestication. Trends in Plant Science, 24 (8) 770-782. > > Savolainen, O., Lascoux, M., and Merila, J. (2013). Ecological genomics > of local adaptation. Nat Rev Genet 14, 807?820. > > Blanquart F, Kaltz O, Nuismer SL and Gandon S. 2013. A practical guide > to measuring local adaptation. Ecology Letters, 16: 1195-1205. doi: > 10.1111/ele.12150 > > > > Amandine Cornille > via IFTTT

[evoldir]

Fwd: Other: Spain.Internship.PlantPestInteraction

Begin forwarded message: > From: evoldir@evol.biology.mcmaster.ca > Subject: Other: Spain.Internship.PlantPestInteraction > Date: 16 August 2020 at 06:33:08 BST > To: rdmpage@gmail.com > Reply-To: brian@helix.biology.mcmaster.ca > > > > Impact of climate changes on plant-pest interaction: insights from the > rosy apple aphid and its apple host in a context of domestication > > Amandine Cornille?s group > (https://ift.tt/2CKoFCH) > and Enrique Dapenas?s group > (https://ift.tt/2U0vpWX) are recruiting a > Master or a bachelor to investigate the adaptation to climate and plant > host of aphid pests. > > Lab address?(supervision): > SERIDA.   > ?rea de Cultivos Hortofrut?colas y Forestales. > Apdo 13. > 33300 Villaviciosa > Asturias (Espa?a). > > Supervisors : Amandine Cornille (amandine.cornille@inrae.fr), Enrique > Dapenas (edapena@serida.org) and Marcos Minarros (mminarro@serida.org) > > > Project summary > Understanding the extent of local adaptation in natural populations and > the mechanisms enabling individuals to adapt to their native environment > is a major avenue in evolutionary ecology research. Host-pathogen > coevolution is widely seen as a major driver of local adaptation and > has therefore been a study model to dissect the evolutionary processes > at work during local adaptation. However, the relative contributions of > species interactions (i.e. biotic factor) and abiotic factors to local > adaptation are still unclear. Addressing these issues is more than a > simple academic exercise. Understanding of local adaptation processes > in host-parasite interactions will also help tackling pressing issues, > such as the ways in which environmental change alters the emergence of > pathogens leading to host extinctions, how to promote sustainability > of agroecosystems in the face of emerging crop diseases or in guiding > for public health practices as more human pathogens and their vectors > expand their ranges. > >      In this project, we investigate whether local adaptation occurred >      during the recent rapid colonization of cultivated apple by Dysaphis >      plantaginea, the major aphid pest of cultivated apple orchards, >      in Europe. We will carry out in April 2020 experimental tests for >      D. plantaginea fitness differences across environments (i.e. host >      and climate) to investigate whether the aphid is locally adapted >      to its host and/or climate. This project will generate original >      results adding to our understanding of how species interactions >      and abiotic conditions can shape local adaptation. > > Master project >      The project involves the transplant of Belgian, French and Spanish >      aphid genotypes on Belgian, French and Spanish apple varieties in >      three locations (Belgian, France and Spain). The candidate will >      be involved in the assessment of the adaptive capacities at the >      ecological level of the rosy apple aphid at the SPAIN site located >      at SERIDA (Villaviciosa, Spain). The project can last two (Bachelor) >      to three months (Master), and will consist in participating in >      aphid infestations and rearing on the field, tree measurement, >      associated statistical analyses, and final report writing. > > 1) The candidate will participate in the launching of the experiment >   there during Spring 2021 by transplanting aphids on several apple >   cultivars and will measure several phenotypic traits. The growth >   rate of each colony will be measured after 12 days of infestation. >   Various functional traits which are proxies of the condition of the >   plant (i.e. chlorophyll content, carbon/nitrogen balance, and >   flavonol and anthocyanin content measured with the Dualex? pincel) >   will also be measured. > > 2) If wanted, He/She will analyze the dataset that will be generated. > > Methodology: Statistical analyses (linear and mixed models, R), > ecophysiology, phenotypic measurement, rearing, insect biology, field > experiment. > > Profile preferred for the candidate: Ideally, the candidate will have > skills in ecology and evolution or at least will show strong interest > in these fields. He/She will have to be highly motivated about field > experiment, as this one will be intense the first two months. He/she > will not necessarily be familiar with apple or aphid model. > > Deadline for submission: The sooner the better, deadline mid-septembre. > > Duration : 2-3 months, starting date: March 2021, contact Amandine > CORNILLE for further discussions. > > Supervision?: Amandine CORNILLE - Charg?e de Recherche CNRS CRCN > G?n?tique Quantitative et Evolution - Le Moulon Ferme du Moulon 91190, > Gif-sur-Yvette, France > > mail?: amandine.cornille[at]gmail.com Google Scholar profile : > https://ift.tt/2Y2VpDd Personal > page : https://ift.tt/2jGy8Vx Group page?: > https://ift.tt/2CKoFCH > > Indemnisation: 300 euros / month > > References > > Cornille A., Antolin F., Garcia E., Vernesi C., Fietta A., Brinkkemper O., > Kirleis W., Schlumbaum A., Rold?n-Ruiz I. (2019) A Multifaceted Overview > of Apple Tree Domestication. Trends in Plant Science, 24 (8) 770-782. > > Savolainen, O., Lascoux, M., and Merila, J. (2013). Ecological genomics > of local adaptation. Nat Rev Genet 14, 807?820. > > Blanquart F, Kaltz O, Nuismer SL and Gandon S. 2013. A practical guide > to measuring local adaptation. Ecology Letters, 16: 1195-1205. doi: > 10.1111/ele.12150 > > Amandine Cornille > via IFTTT

[evoldir]

Fwd: Other: Belgium.Internship.PlantPestInteraction

Begin forwarded message: > From: evoldir@evol.biology.mcmaster.ca > Subject: Other: Belgium.Internship.PlantPestInteraction > Date: 16 August 2020 at 06:14:12 BST > To: rdmpage@gmail.com > Reply-To: brian@helix.biology.mcmaster.ca > > > > Impact of climate changes on plant-pest interaction: insights from the > rosy apple aphid and its apple host in a context of domestication > > Amandine Cornille?s group > (https://ift.tt/2CKoFCH) > and Tim Belien?s group > (https://ift.tt/2U0vpWX) are recruiting a > Master student and a bachelor to investigate the adaptation to climate > and plant host of aphid pests. > > Lab address?(supervision): > PC-Fruit > pcfruit vzw > Fruittuinweg 1 > 3800 Sint-Truiden > Belgium > > Supervisors?: Amandine Cornille (amandine.cornille@inrae.fr), Ammar > Alhmedi (Ammar.alhmedi@pcfruit.be) and Tim Belien (tim.belien@pcfruit.be) > > Project summary > Understanding the extent of local adaptation in natural populations and > the mechanisms enabling individuals to adapt to their native environment > is a major avenue in evolutionary ecology research. Host-pathogen > coevolution is widely seen as a major driver of local adaptation and > has therefore been a study model to dissect the evolutionary processes > at work during local adaptation. However, the relative contributions of > species interactions (i.e. biotic factor) and abiotic factors to local > adaptation are still unclear. Addressing these issues is more than a > simple academic exercise. Understanding of local adaptation processes > in host-parasite interactions will also help tackling pressing issues, > such as the ways in which environmental change alters the emergence of > pathogens leading to host extinctions, how to promote sustainability > of agroecosystems in the face of emerging crop diseases or in guiding > for public health practices as more human pathogens and their vectors > expand their ranges. > >      In this project, we investigate whether local adaptation occurred >      during the recent rapid colonization of cultivated apple by Dysaphis >      plantaginea, the major aphid pest of cultivated apple orchards, >      in Europe. We will carry out in April 2020 experimental tests for >      D. plantaginea fitness differences across environments (i.e. host >      and climate) to investigate whether the aphid is locally adapted >      to its host and/or climate. This project will generate original >      results adding to our understanding of how species interactions >      and abiotic conditions can shape local adaptation. > > Master project >      The project involves the transplant of Belgian, French and Spanish >      aphid genotypes on Belgian, French and Spanish apple varieties in >      three locations (Belgian, France and Spain). The candidate will >      be involved in the assessment of the adaptive capacities at the >      ecological level of the rosy apple aphid at the BELGIAN site located >      at PCFruit (Sint-Truiden, Belgium). The project can last four >      (Bachelor) to six months (Master), and will consist in participating >      in aphid infestations and rearing on the field, tree measurement, >      associated statistical analyses, and final report writing. > > 1) The candidate will lead the launching of the experiment there >   during Spring 2021 by transplanting aphids on several apple >   cultivars and will measure several phenotypic traits. The growth >   rate of each colony will be measured after 12 days of infestation. >   Various functional traits which are proxies of the condition of the >   plant (i.e. chlorophyll content, carbon/nitrogen balance, and >   flavonol and anthocyanin content measured with the Dualex? pincel) >   will also be measured. > > 2) If wanted, He/She will analyze the dataset that will be generated. > > Methodology: Statistical analyses (linear and mixed models, R), > ecophysiology, phenotypic measurement, rearing, insect biology, field > experiment. > > Profile preferred for the candidate: Ideally, the candidate will have > skills in ecology and evolution or at least will show strong interest > in these fields. He/She will have to be highly motivated about field > experiment, as this one will be intense the first two months. He/she > will not necessarily be familiar with apple or aphid model. > > Deadline for submission: The sooner the better. > > Duration : 2 to 4 months, starting date: March 2021, contact Amandine > CORNILLE for further discussions. > > Supervision?: Amandine CORNILLE - Charg?e de Recherche CNRS CRCN > G?n?tique Quantitative et Evolution - Le Moulon Ferme du Moulon 91190, > Gif-sur-Yvette, France > > mail?: amandine.cornille[at]gmail.com Google Scholar profile : > https://ift.tt/2Y2VpDd Personal > page : https://ift.tt/2jGy8Vx Group page?: > https://ift.tt/2CKoFCH > > Indemnisation: 300 euros / month > > References > > Cornille A., Antolin F., Garcia E., Vernesi C., Fietta A., Brinkkemper O., > Kirleis W., Schlumbaum A., Rold?n-Ruiz I. (2019) A Multifaceted Overview > of Apple Tree Domestication. Trends in Plant Science, 24 (8) 770-782. > > Savolainen, O., Lascoux, M., and Merila, J. (2013). Ecological genomics > of local adaptation. Nat Rev Genet 14, 807?820. > > Blanquart F, Kaltz O, Nuismer SL and Gandon S. 2013. A practical guide > to measuring local adaptation. Ecology Letters, 16: 1195-1205. doi: > 10.1111/ele.12150 > > Amandine Cornille > via IFTTT