LABORATORY INFORMATION
LabID
BBBROE
BBBROE
Brandenburg State Office of Rural Development, Agriculture an Land Consolidation(LELF)
Steinplatz 1Zossen ( 15806 ) Germany
+49-(0)33702 73600
+49-33702 73644
| Quality Prog the laboratory is based on a quality programme following quality insurance principle | YES |
| Lab accredited (ISO 17025) for certain activities? Accreditation is taken according to ISO 17025. Whenever possible, please indicate for which pests and methods the laboratory is accredited. If your laboratory is accredited for a large number of pests and methods, for the moment it is planned to enter a standard phrase 'contact the laboratory'. | NO |
| Lab participates in test performance studies? Ring-testing (or interlaboratory comparison): any evaluation of the performance of one method in the testing of defined samples by two or more laboratories. | YES |
| Lab participates in proficiency-testing Proficiency testing: one measure of laboratory competence derived by means of an interlaboratory comparison by sending out defined samples. |
YES |
| Lab offers training in diagnostics? | YES |
Expertise
| Expert | Level | Organism | Techniques used | Years of experience |
| RIEDEL Marko | genus | Fusarium | Molecular |
10 |
| RIEDEL Marko | genus | Phytophthora | Morphological Molecular Bioassay Classical microbiology |
16 |
| RIEDEL Marko | species | Phytophthora ramorum | Morphological Molecular Bioassay |
15 |
| RIEDEL Marko | species | Rhagoletis completa | Molecular |
9 |
| RIEDEL Marko | species | Rhagoletis suavis | Molecular |
8 |
| RIEDEL Marko | species | Strauzia longipennis | Molecular |
8 |
| SCHALLER Jörg | species | Rhagoletis completa | Morphological |
6 |
| SCHALLER Jörg | species | Rhagoletis suavis | Morphological |
6 |
| SCHALLER Jörg | species | Strauzia longipennis | Morphological |
6 |
| SCHOENFELD Ute | species | Aonidiella aurantii | Morphological |
20 |
| SCHOENFELD Ute | species | Bursaphelenchus mucronatus | Morphological Molecular |
19 |
| SCHOENFELD Ute | species | Bursaphelenchus xylophilus | Morphological Molecular |
20 |
| SCHOENFELD Ute | species | Ditylenchus dipsaci | Morphological |
30 |
| SCHOENFELD Ute | species | Frankliniella occidentalis | Morphological Molecular |
23 |
| SCHOENFELD Ute | species | Globodera pallida | Morphological Molecular Bioassay |
25 |
| SCHOENFELD Ute | species | Globodera rostochiensis | Morphological Molecular Bioassay |
30 |
| SCHOENFELD Ute | species | Icerya purchasi | Morphological |
13 |
| SCHOENFELD Ute | species | Leptinotarsa decemlineata | Morphological |
30 |
| SCHOENFELD Ute | species | Liriomyza bryoniae | Morphological Molecular |
22 |
| SCHOENFELD Ute | species | Liriomyza huidobrensis | Morphological Molecular |
22 |
| SCHOENFELD Ute | species | Monochamus galloprovincialis | Morphological |
17 |
| SCHOENFELD Ute | species | Quadraspidiotus perniciosus | Morphological |
19 |
| SCHOENFELD Ute | species | Rhagoletis cingulata | Morphological |
16 |
| SCHOENFELD Ute | species | Thrips palmi | Morphological Molecular |
20 |
| SCHOENFELD Ute | species | Trogoderma granarium | Morphological |
30 |
This project has received funding from the European Union's Horizon 2020 research
and innovation programme under grant agreement n. 773139. The content of this website represents the views of the author only and is his/her sole responsibility. It cannot be considered to reflect the views of the European Commission and/or the Research Executive Agency or any other body of the European Union. The European Commission and the Agency do not accept any responsibility for use that may be made of the information it contains.