Journal article
Ganji, E, Grenzdörffer, G., Andert, S., 2023: Estimating the Reduction in Cover Crop Vitality Followed by Pelargonic Acid Application Using Drone Imagery. Agronomy 13(2), 354. DOI: 10.3390/agronomy13020354
Tørresen, K.S., and Gerowitt, B., 2022: Late autumn ramet sprouting
of three arable creeping perennial weed species, Agronomy 12, 2175; https://doi.org/10.3390/agronomy12092175 
Lacroix, O., Aubertot, J.-N., Bohanec, M., Cordeau, S., Corrales, D.C., Robin, M-H., 2021: IPSIM-Cirsium, a Qualitative Expert-Based Model to Predict Infestations of Cirsium arvense. Front. Agron. 3, https://doi.org/10.3389/fagro.2021.655383
Tørresen, K. S., et al., 2020: Autumn growth of three perennial weeds at high latitude benefits from climate change. Global Change Biology 26(4): p. 2561–2572., DOI: 10.1111/gcb.14976
Rasmussen, J., Azim, S., Nielsen, J., 2021: Pre-harvest weed mapping of Cirsium arvense L. based on free satellite imagery – The importance of weed aggregation and image resolution. European Journal of Agronomy 130. DOI: 10.1016/j.eja.2021.126373 '%3E%3Crect id='Rectangle_515' data-name='Rectangle 515' width='12.5' height='6.5' transform='translate(661 98)' fill='%23fff'/%3E%3Cpath id='Path_1430' data-name='Path 1430' d='M0,0,3.962,4H0Z' transform='translate(672.288 91)' fill='%23fff'/%3E%3Cg id='picto-support-e-books' transform='translate(661 91)'%3E%3Cg id='Group_699' data-name='Group 699' transform='translate(2.445 8.827)'%3E%3Cg id='Group_698' data-name='Group 698' transform='translate(2.625)'%3E%3Cpath id='Path_1267' data-name='Path 1267' d='M34.475,35.928V35.4H32.732V38.27h.647V37.114H34.4v-.529H33.379v-.657Z' transform='translate(-29.619 -35.373)' fill='%23d52b1e'/%3E%3Cpath id='Path_1268' data-name='Path 1268' d='M22.32,35.615a1.829,1.829,0,0,0-1.168-.307,5.693,5.693,0,0,0-.871.06V38.19a5.482,5.482,0,0,0,.732.043,2.036,2.036,0,0,0,1.315-.37A1.462,1.462,0,0,0,22.8,36.7,1.28,1.28,0,0,0,22.32,35.615Zm-1.168,2.111a1.18,1.18,0,0,1-.224-.013V35.832a1.315,1.315,0,0,1,.293-.025.821.821,0,0,1,.9.912A.888.888,0,0,1,21.152,37.726Z' transform='translate(-20.281 -35.308)' fill='%23d52b1e'/%3E%3C/g%3E%3Cpath id='Path_1269' data-name='Path 1269' d='M11.521,35.539a1.36,1.36,0,0,0-.87-.23,5.138,5.138,0,0,0-.871.06v2.836h.638V37.177a1.66,1.66,0,0,0,.22.013,1.311,1.311,0,0,0,.926-.3.923.923,0,0,0,.262-.683A.841.841,0,0,0,11.521,35.539Zm-.888,1.152a1.075,1.075,0,0,1-.216-.016v-.849a1.064,1.064,0,0,1,.266-.026c.323,0,.5.158.5.422C11.187,36.516,10.976,36.691,10.633,36.691Z' transform='translate(-9.78 -35.309)' fill='%23d52b1e'/%3E%3C/g%3E%3Cpath id='Path_1270' data-name='Path 1270' d='M15.228,3.552,11.686.027V0H4.53l-1.345,0v7.02H0v6.529H3.185V16H15.247l0-12.448Zm-3.6,9.252H.744V7.776H11.626Zm.061-9.252V.991L14.26,3.552Z' fill='%23d52b1e'/%3E%3C/g%3E%3C/g%3E%3Cg id='Path_1429' data-name='Path 1429' transform='translate(21.445 -2.124)' fill='%235dd95d'%3E%3Cpath d='M 9.249787330627441 17.17169380187988 L 4.762476921081543 12.68437480926514 L 7.214956283569336 10.23189544677734 L 9.015677452087402 12.03262424468994 L 9.369227409362793 12.38618469238281 L 9.722777366638184 12.03262424468994 L 16.32264709472656 5.432744979858398 L 18.65010833740234 7.760213375091553 L 9.249787330627441 17.17169380187988 Z' stroke='none'/%3E%3Cpath d='M 9.249578475952148 16.46436309814453 L 17.94319725036621 7.760422229766846 L 16.32264709472656 6.139865875244141 L 10.07633686065674 12.38618469238281 L 9.369227409362793 13.09329414367676 L 8.662117004394531 12.38618469238281 L 7.214955806732178 10.93901634216309 L 5.469596385955811 12.68437480926514 L 9.249578475952148 16.46436309814453 M 9.249997138977051 17.87900352478027 L 4.05537748336792 12.68437385559082 L 7.214957237243652 9.524794578552246 L 9.369227409362793 11.67907428741455 L 16.32264709472656 4.725644111633301 L 19.35699653625488 7.76000452041626 L 9.249997138977051 17.87900352478027 Z' stroke='none' fill='%23fff'/%3E%3C/g%3E%3C/svg%3E%0A "In Citavi anzeigen")
Proceedings paper
Robin, M-H., Lacroix, O., Aubertot, J.-N., Bohanec, M., and Cordeau, S., 2022:
IPSIM-Cirsium, a qualitative expert-based model to predict infestations of Cirsium arvense. Julius-Kühn-Archiv, 2022. 468: 94–99.
Andert, S., Weigel, M., Ganji, E., Gerowitt, B., 2022: Visualizing growth of Cirsium arvense (L.) scop. for farmers. Julius-Kühn-Archiv 468.
Gerowitt, B., Andert, S., Brandsaetter, L.O., Rasmussen, J., Robin, M.H., Salonen, J., Tørresen, K., and Zhang, H., 2022: The challenges of arable creeping perennial weeds in research, management and perception addressed in the joint project AC/DC-weeds. Julius-Kühn-Archiv 468.
Hamacher, M., Andert, S., Gerowitt, B., 2022: Praxiserfahrungen zu Wurzelunkräutern im Ackerbau. Julius-Kühn-Archiv 468.
Ganji, E., Andert, S., Gerowitt, B., 2022: The herbicidal potential of Pelargonic Acid to control Cirsium arvense (L.) Scop. In relation to the timing of application and the application volume. Julius-Kühn-Archiv 468.
Weigel, M., and Gerowitt, B., 2022: Mechanical disturbance of Cirsium arvense. Results from a multi-year field study. Julius-Kühn-Archiv, 468: 79-85.
Zhang, H., et al., 2020:: Future management of arable perennials – an introduction to the project AC/CD-weeds. Julius-Kühn-Archiv, 2020. 464: p. 280-285., https://doi.org/10.5073/jka.2020.464.000
Salonen, J., and T. Lötjönen, Agroekologista otetta kestorikkakasvien hallintaan. Kasvinsuojeluseuran Kasvinsuojelupäivä, 2020: p. 36.
Salonen, J., et al., Agro-ecological management of creeping perennial weeds (AC/DC-weeds). Suomen Maataloustieteellisen Seuran Tiedote, 2020. 37: p. 313., http://www.smts.fi/sites/smts.fi/files/MTP2020%20Abstraktikirja.pdf
Farmer magazine
Lötjönen, T., Virkkula, V. & Valtonen, O., Luomukoetoiminnalla parempia
satoja ja päästösäästöjä. Research brings better yields and decreases emissions in organic farming. Suomen Maataloustieteellisen Seuran Tiedote, 2022. 39: 148
Salonen, J., and Lötjönen, T., Uutta tietoa ja tekniikkaa kestorikkakasvien
mekaaniseen torjuntaan. Suomen Maataloustieteellisen Seuran Tiedote, 2022. 39: 45.
Andert, S., Hamacher, M., Weigel, M., Gerowitt, B. (2023): Die Problemfälle kontrollieren. DLG-Mitteilungen 2/2023.
Andert, S., Hamacher, M., Weigel, M., Gerowitt, B. (2022): Rootcutter statt Glyphosat. Agrarheute 12/2022.
Salonen, J. and Lötjönen, T., Agrologista otetta kestorikkakasvien
torjuntaan. Kasvinsuojeluseuran ”Kasvinsuojelupäivä 2020”, 2020. 36.
Lötjönen, T., Rikkakasvien hallinta uudistavassa viljelytavassa, LUOMULEHTI 4/2020.
Hamacher, M., Andert, S. and B. Gerowitt, Hier hilft nur eine Wurzelbehandlung, 2020, Bauernzeitung, 51/2020.
Gerowitt, B. and S. Andert, Forschungsprojekt AC/DC-weeds: Wurzelunkräuter im Ackerbau kontrollieren – Strategien gegen Quecken und Disteln, 2020, LUMBRICO, 7/2020.
Andert, S. and B. Gerowitt, Neue Wege der Forschung zu Wurzelunkräutern an der Universität Rostock, 2019, Bauernzeitung, 21/2019.
Master thesis
Lacroix O., Qualitative modelling of the management of perennials weeds Elymus repens, Cirsium arvense and Sonchus arvensis, Agrocampus Ouest, Institut supérieur des sciences agronomiques, agroalimentaires, horticoles et du paysage, France, 2020.
Haß, F., Eindringwiderstand und Gefügemerkmale des Bodens unter dem Einfluss des Root-Cutters – ein neues Gerät zur mechanischen Bekämpfung von Wurzelunkräutern, Universität Rostock, Germany, 2020.
Michaelis, L., Herbizidwirkung von Pelargonsäure auf drei perennierende Unkrautarten, Universität Rostock, Germany, 2020.
Presentation, oral
Tørresen, K.S., Salonen, J., Brandsæter, L.O., Ringselle, B., Weigel, M., Ganji,
E., and Gerowitt, B., 2022: Managing Cirsium arvense, Sonchus arvensis and Elymus repens in northern European arable farming – where are significant knowledge gaps? Book of Abstracts 19th EWRS Symposium 2022 “Lighting the Future of Weed Science”, 2022. Athens (Greece), p. 213.
Robin, M-H., Lacroix, O., Aubertot, J.N., and Doizy, A., 2022: Un OAD pour gérer le chardon des champs. Phytoma, 751.
Skagestad, Ø., Tørresen, K.S., and Brandsæter, L.O., Effect of early and late
mechanical treatments in autumn on bud growth and long-term control of Sonchus arvensis in spring cereals. Book of Abstracts 19th EWRS Symposium 2022 “Lighting the Future of Weed Science”, 2022. Athens (Greece), p. 32.
Guguin, J., and Valantin-Morison, M., 2022: Les couverts végétaux, un levier dans
la gestion des vivaces (chardon, laiteron, chiendent, rumex) en grandes cultures?
Enquêtes auprès d’agriculteurs et d’autres experts. Revue AE&S 12-1, Adventices et couverts végétaux, 2022. Numéro ISSN 1775-4240.
Andert, S., 2022: Controlling arable weeds with the bio-based herbicide pelargonic acid. Book of Abstracts 8th International Weed Science Congress “Weed Science in a climate of Change”, 2022. Bangkok (Thailand), p. 18.
Weigel, M, Andert, S., Gerowitt, B., Müller, J., 2022: Carbohydrate dynamics in roots of Cirsium arvense and Sonchus arvensis. Book of Abstracts 8th International Weed Science Congress “Weed Science in a climate of Change”, 2022. Bangkok (Thailand), p. 94.
Weigel, M., Andert, S., and Gerowitt, B., 2022: Monitoring patch size changes of the creeping perennial Cirsium arvense to evaluate the efficiency of control treatments. Book of Abstracts 19th EWRS Symposium 2022 “Lighting the Future of Weed Science”, 2022. Athens (Greece), p. 82.
Ganji, E., Salonen, J., Gerowitt, B., and Tørresen, K.S., 2022: Sprouting potential
of Sonchus arvensis under defoliation treatments in Northern Europe. Book of Abstracts 19th EWRS Symposium 2022 “Lighting the Future of Weed Science”, 2022. Athens (Greece),
p. 225.
Weigel, M., Brandsaeter, L.O., Berge, T.W., Salonen, J. Lötjönen, T., and
Gerowitt, B., Two years multi-site field experiments to control perennial weed species without herbicides. Book of Abstracts 19th EWRS Symposium 2022 “Lighting the Future of Weed Science”, 2022. Athens (Greece), p. 123.
Andert, S., 2022: The potential of natural substances as bio-based
herbicides to control arable weeds. Book of Abstracts 19th EWRS Symposium 2022 “Lighting the Future of Weed Science”, 2022. Athens (Greece), p. 205.
Ganji, E., and Andert, S., 2022: The herbicidal potential of pelargonic acid to
control Cirsium arvense in arable farming. Book of Abstracts 19th EWRS Symposium 2022 “Lighting the Future of Weed Science”, 2022. Athens (Greece), p. 154.
Andert, S., and B. Gerowitt, Controlling arable weeds with natural substances as bio-based herbicides. 29th German Conference on Weed Biology and Weed Control 3-5 Mar. 2020, Braunschweig Germany, 2020.
Lacroix O., Qualitative modelling of the management of perennials weeds Elymus repens, Cirsium arvense and Sonchus arvensis, 2020, Agrocampus Ouest, Rennes, France.
Andert, S., and B. Gerowitt, Diminishing arable weeds with pelargonic acid as bio-based herbicide. International Plant Science Conference 15-19 Sept. 2019, Rostock Germany, 2019.
Poster
Salonen, J., et al., Agro-ecological management of creeping perennial weeds (AC/DC-weeds). Maataloustieteen Päivät 8-9 Jan. 2020, Helsinki Finland, 2020.
Zhang, H., et al., Future management of arable perennials – an introduction to the project AC/CD-weeds. 29th German Conference on Weed Biology and Weed Control 3-5 Mar. 2020, Braunschweig Germany, 2020.
Salonen, J., and T. Lötjönen, Agroekologista otetta kestorikkakasvien hallintaa . Kasvinsuojelupäivä 14 Jan. 2020, Hämeenlinna Finland, 2020.
