RT @airdrian: At local scales < 250 km, we previously showed how larval transport driven by oceanic gyres shape source-sink metapopulation…
RT @airdrian: At local scales < 250 km, we previously showed how larval transport driven by oceanic gyres shape source-sink metapopulation…
RT @airdrian: At local scales < 250 km, we previously showed how larval transport driven by oceanic gyres shape source-sink metapopulation…
At local scales < 250 km, we previously showed how larval transport driven by oceanic gyres shape source-sink metapopulation dynamics. Links below take you to those papers: (5/5) Red snapper: https://t.co/dSEWhrcjX6 Yellow snapper: https://t.co/lwOlYFr
RT @airdrian: First time my research 🧬🐠🌊 gets translated into a full animation to share with fishers in 🇲🇽 the importance of larval dispers…
RT @airdrian: First time my research 🧬🐠🌊 gets translated into a full animation to share with fishers in 🇲🇽 the importance of larval dispers…
RT @airdrian: First time my research 🧬🐠🌊 gets translated into a full animation to share with fishers in 🇲🇽 the importance of larval dispers…
RT @airdrian: First time my research 🧬🐠🌊 gets translated into a full animation to share with fishers in 🇲🇽 the importance of larval dispers…
RT @airdrian: First time my research 🧬🐠🌊 gets translated into a full animation to share with fishers in 🇲🇽 the importance of larval dispers…
First time my research 🧬🐠🌊 gets translated into a full animation to share with fishers in 🇲🇽 the importance of larval dispersal and networks of marine reserves, thanks to @NiparajaAC #scicomm Link to scientific publication: https://t.co/yYBcVCAsh5 https:
Existen varios organismos serios que realizan el #JuevesDeCiencia. Les comparto estos proyectos que llevan ya tiempo desarrollandose.
#JuevesDeCiencia - Las larvas de huachinango en el Golfo de California viajan a distintos lugares según la época del año. La conectividad de las #ZonasDeRefugioPesquero ayudan a su protección. Aquí el paper completo: https://t.co/rdWIL1KE5X https://t.co/
RT @airdrian: @NiparajaAC Si a alguien le interesa saber mas sobre esta investigación, pueden checarlo aqui o contactarme: https://t.co/yY…
@NiparajaAC Si a alguien le interesa saber mas sobre esta investigación, pueden checarlo aqui o contactarme: https://t.co/yYBcVCAsh5
Feliz de ver videos de divulgación sobre nuestro trabajo de conectividad marina con las redes de refugios pesqueros con @NiparajaAC. Pueden ver los detalles del estudio aqui! 🐠🧬🌊 https://t.co/yYBcVCAsh5
RT @airdrian: Interesting phylogeographic study of 2 commercial fish from the ETP that contrast with fine scale metapopulation structure we…
RT @airdrian: In this study with @NiparajaAC, distant sites (separated by 50–80 km) show high larval connectivity driven by strong oceanic…
RT @airdrian: In this study with @NiparajaAC, distant sites (separated by 50–80 km) show high larval connectivity driven by strong oceanic…
RT @airdrian: In this study with @NiparajaAC, distant sites (separated by 50–80 km) show high larval connectivity driven by strong oceanic…
RT @airdrian: In this study with @NiparajaAC, distant sites (separated by 50–80 km) show high larval connectivity driven by strong oceanic…
RT @airdrian: In this study with @NiparajaAC, distant sites (separated by 50–80 km) show high larval connectivity driven by strong oceanic…
RT @airdrian: In this study with @NiparajaAC, distant sites (separated by 50–80 km) show high larval connectivity driven by strong oceanic…
In this study with @NiparajaAC, distant sites (separated by 50–80 km) show high larval connectivity driven by strong oceanic currents in the #GulfofCalifornia. That means a fish refuge can export red snapper larvae and benefit distant fishing zones https:
@rvillasenort En efecto, la #ciencia lo respalda https://t.co/6JufEHwtxj https://t.co/w3MRhgFh7E #MadeinMexico
RT @GCMarineProgram: 225 samples of red #snapper collected from 8 sites in the #GulfofCalifornia were analyzed using the #Seascapes approac…
RT @GCMarineProgram: 225 samples of red #snapper collected from 8 sites in the #GulfofCalifornia were analyzed using the #Seascapes approac…
225 samples of red #snapper collected from 8 sites in the #GulfofCalifornia were analyzed using the #Seascapes approach to explain genetic structure levels and species diversity. Photo by Adrian Munguia https://t.co/vpWq7V8Pns https://t.co/xvRjIyv7sJ
RT @GCMarineProgram: Our new #publication on the red #snapper discusses how the genetic structure of the species can be explained by oceano…
Our new #publication on the red #snapper discusses how the genetic structure of the species can be explained by oceanographic currents, and suggests #MPA placement around areas of larvae production. https://t.co/Imf22ujy1i
RT @GCMarineProgram: New #publication w/ partners @UASNRE @todoscicese @LSU_BioSci @diadeciencia @Scripps_Ocean @NiparajaAC @UABCSofic…
RT @GCMarineProgram: New #publication w/ partners @UASNRE @todoscicese @LSU_BioSci @diadeciencia @Scripps_Ocean @NiparajaAC @UABCSofic…
New #publication w/ partners @UASNRE @todoscicese @LSU_BioSci @diadeciencia @Scripps_Ocean @NiparajaAC @UABCSoficial Study provides first evidence that red snappers (Lutjanus peru) #spawn during spring & summer. PC: Adrian Munguia https://t.co/Xw
RT @airdrian: Our new paper about genetic and oceanographic connectivity and metapopulation structure of Red Snapper (Lutjanus peru) in the…
RT @airdrian: Our new paper about genetic and oceanographic connectivity and metapopulation structure of Red Snapper (Lutjanus peru) in the…
RT @NiparajaAC: Continuamos reflexión sobre #DÍAMUNDIALDELAPESCA y resultados de #ZonasdeRefugio pesquero en #GolfodeCalifornia, refrendada…
RT @NiparajaAC: Continuamos reflexión sobre #DÍAMUNDIALDELAPESCA y resultados de #ZonasdeRefugio pesquero en #GolfodeCalifornia, refrendada…
RT @airdrian: Our new paper about genetic and oceanographic connectivity and metapopulation structure of Red Snapper (Lutjanus peru) in the…
RT @NiparajaAC: Continuamos reflexión sobre #DÍAMUNDIALDELAPESCA y resultados de #ZonasdeRefugio pesquero en #GolfodeCalifornia, refrendada…
RT @NiparajaAC: Continuamos reflexión sobre #DÍAMUNDIALDELAPESCA y resultados de #ZonasdeRefugio pesquero en #GolfodeCalifornia, refrendada…
Our new paper about genetic and oceanographic connectivity and metapopulation structure of Red Snapper (Lutjanus peru) in the #GulfofCalifornia. Free to view here: https://t.co/teIIidLgdd https://t.co/8toHYBrRKr
RT @NiparajaAC: Continuamos reflexión sobre #DÍAMUNDIALDELAPESCA y resultados de #ZonasdeRefugio pesquero en #GolfodeCalifornia, refrendada…
RT @NiparajaAC: Continuamos reflexión sobre #DÍAMUNDIALDELAPESCA y resultados de #ZonasdeRefugio pesquero en #GolfodeCalifornia, refrendada…
RT @NiparajaAC: Continuamos reflexión sobre #DÍAMUNDIALDELAPESCA y resultados de #ZonasdeRefugio pesquero en #GolfodeCalifornia, refrendada…
Continuamos reflexión sobre #DÍAMUNDIALDELAPESCA y resultados de #ZonasdeRefugio pesquero en #GolfodeCalifornia, refrendadas la semana pasada para otros 5 años de #pescasustentable en BCS #UnFuturoPescando Checa artículo colaboración de nuestro P. de Pesca
Larval connectivity driven by directional oceanic currents in a marine fish targeted by small-scale fisheries https://t.co/wGW8OWOBaz https://t.co/QfN7AcwNEa
RT @FishJournals: Anisotropic larval connectivity and metapopulation structure driven by directional oceanic currents in a marine fish targ…
Anisotropic larval connectivity and metapopulation structure driven by directional oceanic currents in a marine fish targeted by small-scale fisheries https://t.co/AizBOUWdZR https://t.co/sCVDm5V6yn
Anisotropic larval connectivity and metapopulation structure driven by directional oceanic currents in a marine fish targeted by small-scale fisheries Marine Biology https://t.co/AizBOUWdZR https://t.co/sCVDm5V6yn