Data from: A comprehensive and cost-effective approach for investigating passive dispersal in minute invertebrates with case studies of phytophagous eriophyid mites

<strong>Filename: </strong>1_wcm_wheat_wind_.vector.xlsx Variables: 1. Variant - experimental approach: W- wind tunnel; V - vector tunnel <br> 2. N - population size on the source patch<br> 3. D - number of individuals that left the source patch<br> 4. C - population size on the target patch after several generations <strong>Filename: </strong>2_wcm_brome_wind_.xlsx Variables: 1. N - population size on the source patch<br> 2. D - number of individuals that left the source patch<br> 3. C - population size on the target patch after several generations <strong>Filename: 3</strong>_wheat_brome_dispersal_rate.xlsx Variables: 1. Host - host plant species: Brome - smooth brome (<em>Bromopsis inermis</em>); Wheat - common wheat (<em>Triticum </em>aestivum)<br> 2. N - population size on the source patch<br> 3. D - number of individuals that left the source patch <strong>Filename: 4</strong>_wcm_crm_dispersal_rate.xlsx Variables: 1. Species - eriophyid mite species: WCM - wheat curl mite; CRM - cereal rust mite<br> 2. N - population size on the source patch<br> 3. D - number of individuals that left the source patch