'Plant resistance' diaporamas de présentation

Hessian Fly ID/Management in Wheat

653 views • 47 slides

Can we talk with plants?

Can we talk with plants?. How can the plants talk together, with insects and microorganisms?. Go far from me. Food. How can the microorganisms talk together?. Hey every body, come here. How can the insects talk together?. I love you. Me to. Can we know these languages?. YES. Language!.

617 views • 30 slides

April 2006

PHI-base. Kim Hammond-Kosack Wheat Pathogenesis Programme Jacob Koehler Bioinformatics and Biomaths Division. April 2006. PHI-base@Rothamsted. A database containing expertly curated molecular and biological information on genes proven to affect the outcome of pathogen-host interactions.

387 views • 27 slides

VineMan

FP7 ERA-Net project (no. 249667). VineMan.org Integration of plant resistance, cropping practices, and biological control agents for enhancing disease management, yield efficiency, and biodiversity in organic European vineyards. The Consortium.

112 views • 5 slides

VineMan

FP7 ERA-Net project (no. 249667). VineMan.org Integration of plant resistance, cropping practices, and biological control agents for enhancing disease management, yield efficiency, and biodiversity in organic European vineyards. The Consortium.

130 views • 5 slides

pH near neutral Optimal nutrient levels No harmful chemicals, Low levels of salts

Biological Properties. Extensive biodiversity Plentiful beneficial organisms Low pest pressure. Healthy Soil. Good tilth Surface structure porous and stable No subsoil layers restricting roots Good aeration, water storage, drainage. pH near neutral Optimal nutrient levels

162 views • 4 slides

INTRODUCTION

Fig 2. Principal Component Analysis PCA using the NIPALS algorithm (left). Fold changes in representative defense related candidate genes identified in microarray results for 1 d.p.i. Fig 1. Flow sheet for complete experimental work.

148 views • 1 slides