Venturas, Martin David martin.venturas@upm.es
Actividades
- Artículos 47
- Libros 0
- Capítulos de libro 1
- Congresos 54
- Documentos de trabajo 0
- Informes técnicos 0
- Proyectos de investigación 19
- Tesis dirigidas 0
- Patentes o licencias de software 0
Dependence of Aspen Stands on a Subsurface Water Subsidy: Implications for Climate Change Impacts
- Love DM
- Venturas MD
- Sperry JS
- Brooks PD
- Pettit JL
- Wang Y
- Anderegg WRL
- Tai X
- Mackay DS
Water Resources Research (p. 1833-1848) - 1/3/2019
10.1029/2018wr023468 Ver en origen
- ISSN 00431397
Greater resistance to flooding of seedlings of Ulmus laevis than Ulmus minor is related to the maintenance of a more positive carbon balance
- Li, Meng
- Lopez, Rosana
- Venturas, Martin
- Pita, Pilar
- Gordaliza, Guillermo G.
- Gil, Luis
- Rodriguez-Calcerrada, Jesus;
Trees-Structure And Function (p. 835-848) - 16/6/2015
10.1007/s00468-015-1163-x Ver en origen
- ISSN 09311890
Hydraulic properties of European elms: xylem safety-efficiency tradeoff and species distribution in the Iberian Peninsula
- Venturas, Martin
- Lopez, Rosana
- Gasco, Antonio
- Gil, Luis;
Trees-Structure And Function (p. 1691-1701) - 1/12/2013
10.1007/s00468-013-0916-7 Ver en origen
- ISSN 09311890
Intra-organismal variation in the structure of plant vascular transport tissues in poplar trees
- Jacobsen A
- Valdovinos-Ayala J
- Rodriguez-Zaccaro F
- Hill-Crim M
- Percolla M
- Venturas M
Trees-Structure And Function (p. 1335-1346) - 1/10/2018
10.1007/s00468-018-1714-z Ver en origen
- ISSN 09311890
Surface properties and physiology of Ulmus laevis and U-minor samaras: implications for seed development and dispersal
- Guzman-Delgado, Paula
- Fernandez, Victoria
- Venturas, Martin
- Rodriguez-Calcerrada, Jesus
- Gil, Luis;
Tree Physiology (p. 815-826) - 1/6/2017
10.1093/treephys/tpx022 Ver en origen
- ISSN 0829318X
Root resistance to cavitation is accurately measured using a centrifuge technique
- Pratt RB
- MacKinnon ED
- Venturas MD
- Crous CJ
- Jacobsen AL
Tree Physiology (p. 185-196) - 1/2/2015
10.1093/treephys/tpv003 Ver en origen
- ISSN 0829318X
The stomatal response to rising CO2 concentration and drought is predicted by a hydraulic trait-based optimization model
- Wang Y
- Sperry JS
- Venturas MD
- Trugman AT
- Love DM
- Anderegg WRL
Tree Physiology (p. 1416-1427) - 1/8/2019
10.1093/treephys/tpz038 Ver en origen
- ISSN 0829318X
Single vessel air injection estimates of xylem resistance to cavitation are affected by vessel network characteristics and sample length
- Venturas, Martin D.
- Rodriguez-Zaccaro, F. Daniela
- Percolla, Marta I.
- Crous, Casparus J.
- Jacobsen, Anna L.
- Pratt, R. Brandon;
Tree Physiology (p. 1247-1259) - 1/10/2016
10.1093/treephys/tpw055 Ver en origen
- ISSN 0829318X
The impact of rising CO2 and acclimation on the response of US forests to global warming
Proceedings Of The National Academy Of Sciences Of The United States Of America (p. 25734-25744) - 17/12/2019
10.1073/pnas.1913072116 Ver en origen
- ISSN 10916490
Este/a investigador/a no tiene libros.
A stomatal control model based on an algorithm that optimizes instantaneous carbon gain versus hydraulic risk predicts aspen responses to drought
- Martin Venturas
- John Sperry
- David Love
- Ethan Frehner
- Michael Allred
- Yujie Wang
- William Anderegg
16/6/2018
- iMarina
From Plant Hydraulics to Ecohydrology: a Case Study of Water Limitation in Aspen Forests
- John Sperry
- Martin Venturas
- David Love
- William Anderegg
- David Scott Mackay
11/12/2017
- iMarina
Testing a hydraulic trait based model of stomatal control: results from a controlled drought experiment on aspen (Populus tremuloides, Michx.) and ponderosa pine (Pinus ponderosa, Douglas)
- David Love
- Martin Venturas
- John Sperry
- Yujie Wang
- William Anderegg
11/12/2017
- iMarina
A comparison of micro-CT imaging and excised segment methods to measure xylem embolism using a relatively long-vesselled species, Castanea dentata
- Carter Berry
- Martin Venturas
- Duncan Smith
- Thorsten Knipfer
- Andrew McElrone
- Craig Brodersen
- Brendan Choat
- Anna Jacobsen
- Uwe Hacke
- Megan Miller
- Jean-Christophe Domec
- Katherine McCulloh
- Italo Cuneo
- Caetano Albuquerque
- Brandon Pratt
- Daniel Johnson
6/8/2017
- iMarina
Variability of hydraulic traits across ten aspen (Populus tremuloides Michx.) stands in Utah: Implications for stomatal response modeling and drought stress vulnerability assessment
- Martin Venturas
- David Love
- Yujie Wang
- Willliam R L Anderegg
- John Sperry
6/8/2017
- iMarina
Undergraduate Research Mentor Program
- VENTURAS, MARTIN DAVID
1/1/2017
- iMarina
How plant hydraulics can improve the modeling of plant and ecosystem responses to environment
- John Sperry
- William Anderegg
- David Scott Macay
- Martin Venturas
12/12/2016
- iMarina
Chemical Hygiene Training (Basic)
- VENTURAS, MARTIN DAVID
1/1/2016
- iMarina
Differential mortality in chaparral species during California’s 2014 historic drought is related to life history and hydraulic traits
- Martin Venturas
- Evan D MacKinnon
- Hannah L Dario
- Anna L Jacobsen
- R Brandon Pratt
- Stephen D Davis
9/8/2015
- iMarina
Este/a investigador/a no tiene documentos de trabajo.
Este/a investigador/a no tiene informes técnicos.
Predicting mixed forests responses to climate change and drought stress with a plant hydraulics model
- VENTURAS, MARTIN DAVID (Becario/a)
- LOPEZ RODRIGUEZ, ROSA ANA (Investigador principal (IP))
- GIL SANCHEZ, LUIS ALFONSO (Investigador principal (IP))
Ejecución: 08-03-2021 - 31-08-2022
Tipo: Internacional
Importe financiado: 172932,48 Euros.
- iMarina
REALIZACIÓN DE ANÁLISIS DE DATOS METEOROLÓGICOS PARA CREAR UNA BASE DE DATOS QUE PERMITA REALIZA UNA SIMULACIÓN DE REGISTROS METEOROLÓGICOS EN EL PERIODO 2022-2050 EN LA RESERVA DE LA BIOSFERA DE LA SIERRA DEL RINCÓN
- VENTURAS, MARTIN DAVID (Investigador principal (IP))
Ejecución: 01-09-2022 - 31-12-2022
Tipo: Interno
- iMarina
Can diversity of tree drought response traits improve productivity and sustainability of western US forests and their ecosystem services?
- William RL Anderegg (Investigador principal (IP))
- VENTURAS, MARTIN DAVID (Investigador/a)
Ejecución: 01-01-2019 - 01-01-2021
- iMarina
Integrating Plant Hydraulics with Climate and Hydrology to Understand and Predict Responses to Climate Change
- John Sperry
- Paul Brooks (Investigador principal (IP))
- VENTURAS, MARTIN DAVID (Investigador/a)
Ejecución: 01-03-2016 - 01-04-2020
- iMarina
LIFE Elm - Restoration of Iberian elms (Ulmus minor and U. laevis) in the Tagus River Basin (LIFE13BIO/ES/000556)
- VENTURAS, MARTIN DAVID (Investigador/a)
Ejecución: 01-07-2014 - 30-09-2019
- iMarina
Examining xylem vessel network structure and function in woody plants using developmental and intra-organismal systems
- Anna L. Jacobsen (Investigador principal (IP))
- VENTURAS, MARTIN DAVID (Investigador/a)
Ejecución: 01-01-2014 - 01-01-2018
- iMarina
Servicio para el mapeo genético de los olmos ibéricos resitentes a la grafiosis
- Luis Gil (Investigador principal (IP))
- VENTURAS, MARTIN DAVID (Titulado/a universitario/a en formación)
Ejecución: Desde 01-01-2010
- iMarina
Integrated xylem function: An analysis of storage, transport, and biomechanics
- R. Brandon Pratt (Investigador principal (IP))
- VENTURAS, MARTIN DAVID (Investigador/a)
Ejecución: 01-01-2009 - 01-01-2015
- iMarina
Evaluación, conservación y mejora de los recursos genéticos de los olmos ibéricos (cuarta fase: 2008-2010)
- Luis Gil (Investigador principal (IP))
- VENTURAS, MARTIN DAVID (Titulado/a universitario/a en formación)
Ejecución: Desde 01-01-2009
- iMarina
Caracterización de la población de Pinus canariensis de Arguineguín, mejora del banco de conservación ex situ de Osorio y análisis dendrocronológico del pino de Pilancones
- Luis Gil (Investigador principal (IP))
- VENTURAS, MARTIN DAVID (Titulado/a universitario/a en formación)
Ejecución: Desde 01-06-2008
- iMarina
Este/a investigador/a no tiene tesis dirigidas.
Este/a investigador/a no tiene patentes o licencias de software.
Grupos de investigación
Perfiles de investigador/a
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ORCID
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Scopus Author ID