PUBLICACIÓN

Contrasting Effects of Tillage and Landscape Structure on Spiders and Springtails in Vineyards

ACCEDER A LA PUBLICACIÓN: Orcid

Alexandra Pfingstmann; Daniel Paredes; Jacob Buchholz; Pascal Querner; Thomas Bauer; Peter Strauss; Sophie Kratschmer; Silvia Winter; Johann Zaller

2019 Sustainability

DOI

10.3390/su11072095

AUTORES DE LA UEX

Daniel Paredes Llanes

OTRAS PUBLICACIONES DE INTERÉS

El Control Biológico De Plagas De Artrópodos Por Conservación: Técnicas Y Estado Del Arte
Landscape Heterogeneity And A Competing Herbivore Reduce Olive Fruit Infestation By The Pest Prays Oleae
Influence Of Mediterranean Shrublands Management On Soil Carbon Sequestration.
Landscape Heterogeneity And A Competing Herbivore Reduce Olive Fruit Infestation By The Pest Prays Oleae
Influence Of Mediterranean Shrublands Management On Soil Carbon Sequestration.
Extensive Vineyard Management And Semi-Natural Habitats Increase Biodiversity And Ecosystem Services: Insights From A Global Meta-Analysis
Influence Of Mediterranean Shrublands Management On Soil Carbon Sequestration.
Extensive Vineyard Management And Semi-Natural Habitats Increase Biodiversity And Ecosystem Services: Insights From A Global Meta-Analysis
One Landscape Does Not Fit All: Diverse Arthropod Responses To Land Use
Extensive Vineyard Management And Semi-Natural Habitats Increase Biodiversity And Ecosystem Services: Insights From A Global Meta-Analysis
One Landscape Does Not Fit All: Diverse Arthropod Responses To Land Use
Potential Climate Warming Effects On The Distribution Of An Invasive Alien Pest Species
One Landscape Does Not Fit All: Diverse Arthropod Responses To Land Use
Potential Climate Warming Effects On The Distribution Of An Invasive Alien Pest Species
Habitat Heterogeneity Reduces Abundance Of Invasive Mealybugs In Subtropical Fruit Crops
Potential Climate Warming Effects On The Distribution Of An Invasive Alien Pest Species
Habitat Heterogeneity Reduces Abundance Of Invasive Mealybugs In Subtropical Fruit Crops
Habitat Diversity Increases Chrysoperla Carnea S.l. (Stephens, 1836) (Neuroptera, Chrysopidae) Abundance In Olive Landscapes
Habitat Heterogeneity Reduces Abundance Of Invasive Mealybugs In Subtropical Fruit Crops
Habitat Diversity Increases Chrysoperla Carnea S.l. (Stephens, 1836) (Neuroptera, Chrysopidae) Abundance In Olive Landscapes
Reply To Marini Et Al.: Insect Spill-Over Is A Double-Edged Sword In Agriculture
Habitat Diversity Increases Chrysoperla Carnea S.l. (Stephens, 1836) (Neuroptera, Chrysopidae) Abundance In Olive Landscapes
Reply To Marini Et Al.: Insect Spill-Over Is A Double-Edged Sword In Agriculture
Agriculture And Hot Temperatures Interactively Erode The Nest Success Of Habitat Generalist Birds Across The United States
Reply To Marini Et Al.: Insect Spill-Over Is A Double-Edged Sword In Agriculture
Agriculture And Hot Temperatures Interactively Erode The Nest Success Of Habitat Generalist Birds Across The United States
Habitat Heterogeneity Reduces Abundance Of Invasive Mealybugs In Subtropical Fruit Crops [Dataset]
Agriculture And Hot Temperatures Interactively Erode The Nest Success Of Habitat Generalist Birds Across The United States
Habitat Heterogeneity Reduces Abundance Of Invasive Mealybugs In Subtropical Fruit Crops [Dataset]
Landscape Simplification Increases Bactrocera Oleae Abundance In Olive Groves: Adult Population Dynamics In Different Land Uses
Habitat Heterogeneity Reduces Abundance Of Invasive Mealybugs In Subtropical Fruit Crops [Dataset]
Landscape Simplification Increases Bactrocera Oleae Abundance In Olive Groves: Adult Population Dynamics In Different Land Uses
Potential To Reduce Pesticides In Intensive Apple Production Through Management Practices Could Be Challenged By Climatic Extremes
Landscape Simplification Increases Bactrocera Oleae Abundance In Olive Groves: Adult Population Dynamics In Different Land Uses
Potential To Reduce Pesticides In Intensive Apple Production Through Management Practices Could Be Challenged By Climatic Extremes
The Causes And Consequences Of Pest Population Variability In Agricultural Landscapes
Potential To Reduce Pesticides In Intensive Apple Production Through Management Practices Could Be Challenged By Climatic Extremes
The Causes And Consequences Of Pest Population Variability In Agricultural Landscapes
Increasing Crop Field Size Does Not Consistently Exacerbate Insect Pest Problems
The Causes And Consequences Of Pest Population Variability In Agricultural Landscapes
Increasing Crop Field Size Does Not Consistently Exacerbate Insect Pest Problems
Winegrowers’ Decision-Making: A Pan-European Perspective On Pesticide Use And Inter-Row Management
Increasing Crop Field Size Does Not Consistently Exacerbate Insect Pest Problems
Winegrowers’ Decision-Making: A Pan-European Perspective On Pesticide Use And Inter-Row Management
Parasitoids Of Lobesia Botrana (Lepidoptera: Tortricidae) In The Douro Demarcated Region Vineyards And The Prospects For Enhancing Conservation Biological Control
Winegrowers’ Decision-Making: A Pan-European Perspective On Pesticide Use And Inter-Row Management
Parasitoids Of Lobesia Botrana (Lepidoptera: Tortricidae) In The Douro Demarcated Region Vineyards And The Prospects For Enhancing Conservation Biological Control
Landscape Simplification Increases Bactrocera Oleae Abundance In Olive Groves: Populations Dynamics In Different Land Uses
Parasitoids Of Lobesia Botrana (Lepidoptera: Tortricidae) In The Douro Demarcated Region Vineyards And The Prospects For Enhancing Conservation Biological Control
Landscape Simplification Increases Bactrocera Oleae Abundance In Olive Groves: Populations Dynamics In Different Land Uses
Landscape Simplification Increases Vineyard Pest Outbreaks And Insecticide Use
Landscape Simplification Increases Bactrocera Oleae Abundance In Olive Groves: Populations Dynamics In Different Land Uses
Landscape Simplification Increases Vineyard Pest Outbreaks And Insecticide Use
Land-Use Effect On Olive Groves Pest Prays Oleae And On Its Potential Biocontrol Agent Chrysoperla Carnea
Landscape Simplification Increases Vineyard Pest Outbreaks And Insecticide Use
Land-Use Effect On Olive Groves Pest Prays Oleae And On Its Potential Biocontrol Agent Chrysoperla Carnea
Contrasting Effects Of Tillage And Landscape Structure On Spiders And Springtails In Vineyards
Land-Use Effect On Olive Groves Pest Prays Oleae And On Its Potential Biocontrol Agent Chrysoperla Carnea
Contrasting Effects Of Tillage And Landscape Structure On Spiders And Springtails In Vineyards
Landscape Simplification Increases Vineyard Pest Outbreaks And Insecticide Use
Contrasting Effects Of Tillage And Landscape Structure On Spiders And Springtails In Vineyards
Landscape Simplification Increases Vineyard Pest Outbreaks And Insecticide Use
Diverging Effects Of Landscape Factors And Inter-Row Management On The Abundance Of Beneficial And Herbivorous Arthropods In Andalusian Vineyards (Spain)
Landscape Simplification Increases Vineyard Pest Outbreaks And Insecticide Use
Diverging Effects Of Landscape Factors And Inter-Row Management On The Abundance Of Beneficial And Herbivorous Arthropods In Andalusian Vineyards (Spain)
Influence Of Surroundings Natural Habitats In The Olive Pest Prays Oleae
Diverging Effects Of Landscape Factors And Inter-Row Management On The Abundance Of Beneficial And Herbivorous Arthropods In Andalusian Vineyards (Spain)
Influence Of Surroundings Natural Habitats In The Olive Pest Prays Oleae
Ecological Infrastructures Among Greenhouses: Revegetation And Soil Quality
Influence Of Surroundings Natural Habitats In The Olive Pest Prays Oleae
Ecological Infrastructures Among Greenhouses: Revegetation And Soil Quality
Response Of Wild Bee Diversity, Abundance, And Functional Traits To Vineyard Inter-Row Management Intensity And Landscape Diversity Across Europe
Ecological Infrastructures Among Greenhouses: Revegetation And Soil Quality
Response Of Wild Bee Diversity, Abundance, And Functional Traits To Vineyard Inter-Row Management Intensity And Landscape Diversity Across Europe
Natural Habitat Increases Natural Pest Control In Olive Groves: Economic Implications
Response Of Wild Bee Diversity, Abundance, And Functional Traits To Vineyard Inter-Row Management Intensity And Landscape Diversity Across Europe
Natural Habitat Increases Natural Pest Control In Olive Groves: Economic Implications
Contrasting Effects Of Tillage And Landscape Structure On Spiders And Springtails In Vineyards
Natural Habitat Increases Natural Pest Control In Olive Groves: Economic Implications
Contrasting Effects Of Tillage And Landscape Structure On Spiders And Springtails In Vineyards
Contrasting Effects Of Tillage And Landscape Structure On Spiders And Springtails In Vineyards
Contrasting Effects Of Tillage And Landscape Structure On Spiders And Springtails In Vineyards
Contrasting Effects Of Tillage And Landscape Structure On Spiders And Springtails In Vineyards
Selecting Native Perennial Plants For Ecological Intensification In Mediterranean Greenhouse Horticulture
Contrasting Effects Of Tillage And Landscape Structure On Spiders And Springtails In Vineyards
Selecting Native Perennial Plants For Ecological Intensification In Mediterranean Greenhouse Horticulture
Tillage Intensity Or Landscape Features: What Matters Most For Wild Bee Diversity In Vineyards?
Selecting Native Perennial Plants For Ecological Intensification In Mediterranean Greenhouse Horticulture
Tillage Intensity Or Landscape Features: What Matters Most For Wild Bee Diversity In Vineyards?
Crop Pests And Predators Exhibit Inconsistent Responses To Surrounding Landscape Composition
Tillage Intensity Or Landscape Features: What Matters Most For Wild Bee Diversity In Vineyards?
Crop Pests And Predators Exhibit Inconsistent Responses To Surrounding Landscape Composition
Effects Of Vegetation Management Intensity On Biodiversity And Ecosystem Services In Vineyards: A Meta-Analysis
Crop Pests And Predators Exhibit Inconsistent Responses To Surrounding Landscape Composition
Effects Of Vegetation Management Intensity On Biodiversity And Ecosystem Services In Vineyards: A Meta-Analysis
Erratum: Author Correction: Soil Biota In Vineyards Are More Influenced By Plants And Soil Quality Than By Tillage Intensity Or The Surrounding Landscape (Scientific Reports (2017) 7 1 (17445))
Effects Of Vegetation Management Intensity On Biodiversity And Ecosystem Services In Vineyards: A Meta-Analysis
Erratum: Author Correction: Soil Biota In Vineyards Are More Influenced By Plants And Soil Quality Than By Tillage Intensity Or The Surrounding Landscape (Scientific Reports (2017) 7 1 (17445))
Data From: Crop Pests And Predators Exhibit Inconsistent Responses To Surrounding Landscape Composition
Erratum: Author Correction: Soil Biota In Vineyards Are More Influenced By Plants And Soil Quality Than By Tillage Intensity Or The Surrounding Landscape (Scientific Reports (2017) 7 1 (17445))
Data From: Crop Pests And Predators Exhibit Inconsistent Responses To Surrounding Landscape Composition
Soil Biota In Vineyards Are More Influenced By Plants And Soil Quality Than By Tillage Intensity Or The Surrounding Landscape
Data From: Crop Pests And Predators Exhibit Inconsistent Responses To Surrounding Landscape Composition
Soil Biota In Vineyards Are More Influenced By Plants And Soil Quality Than By Tillage Intensity Or The Surrounding Landscape
Bottom-Up Effects On Herbivore-Induced Plant Defences: A Case Study Based On Compositional Patterns Of Rhizosphere Microbial Communities
Soil Biota In Vineyards Are More Influenced By Plants And Soil Quality Than By Tillage Intensity Or The Surrounding Landscape
Bottom-Up Effects On Herbivore-Induced Plant Defences: A Case Study Based On Compositional Patterns Of Rhizosphere Microbial Communities
Is Ground Cover Vegetation An Effective Biological Control Enhancement Strategy Against Olive Pests?
Bottom-Up Effects On Herbivore-Induced Plant Defences: A Case Study Based On Compositional Patterns Of Rhizosphere Microbial Communities
Is Ground Cover Vegetation An Effective Biological Control Enhancement Strategy Against Olive Pests?
Single Best Species Or Natural Enemy Assemblages? A Correlational Approach To Investigating Ecosystem Function
Is Ground Cover Vegetation An Effective Biological Control Enhancement Strategy Against Olive Pests?
Single Best Species Or Natural Enemy Assemblages? A Correlational Approach To Investigating Ecosystem Function
Conservation Biological Control Of Arthropod Pests: Techniques And State Of Art
Single Best Species Or Natural Enemy Assemblages? A Correlational Approach To Investigating Ecosystem Function
Conservation Biological Control Of Arthropod Pests: Techniques And State Of Art
Effect Of Non-Crop Vegetation Types On Conservation Biological Control Of Pests In Olive Groves
Conservation Biological Control Of Arthropod Pests: Techniques And State Of Art
Effect Of Non-Crop Vegetation Types On Conservation Biological Control Of Pests In Olive Groves
Synergistic Effects Of Ground Cover And Adjacent Vegetation On Natural Enemies Of Olive Insect Pests
Effect Of Non-Crop Vegetation Types On Conservation Biological Control Of Pests In Olive Groves
Synergistic Effects Of Ground Cover And Adjacent Vegetation On Natural Enemies Of Olive Insect Pests
El Control Biológico De Plagas De Artrópodos Por Conservación: Técnicas Y Estado Del Arte
Synergistic Effects Of Ground Cover And Adjacent Vegetation On Natural Enemies Of Olive Insect Pests
El Control Biológico De Plagas De Artrópodos Por Conservación: Técnicas Y Estado Del Arte
Landscape Heterogeneity And A Competing Herbivore Reduce Olive Fruit Infestation By The Pest Prays Oleae
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