Results 1 to 10 of about 434 (123)

Drastic decline of extensive grassland species in Central Europe since 1950: Forester moths of the genus Jordanita (Lepidoptera, Zygaenidae) as a type example [PDF]

Ecology and Evolution, Volume 12, Issue 9, September 2022., 2022
Jordanita species (Lepidoptera) as a proxy for grassland species in general show a strong decline in Central Europe since 1950 which is mainly related to changing agricultural landuse and destruction of habitats. This article reviews thousands of observations, shows the decline and discusses the reasons in detail.
Gregor Markl, Heiko Hinneberg, Gerhard Tarmann   +2 more
wiley   +2 more sources

BEE AS ENVIRONMENTAL BIOINDICATOR: FIRST RESULTS IN PIEDMONT

Italian Journal of Food Safety, 2011
Many investigators have employed honeybees or honeybee products (honey, wax, pollen) as tools for assessing environmental pollution in industrial areas.
P. Guaraldo, A. Rosso, M.C. Abete, R. Tarasco, A. Ferrari, L. Masiello, L. Sala, P. Mogliotti   +7 more
doaj   +2 more sources

Abejas y otros insectos polinizadores frente al uso indiscriminado de neonicotinoides y fipronil en Colombia. Comentarios a la sentencia del 12 de diciembre de 2019 del Tribunal Administrativo de Cundinamarca

Derecho Animal, 2021
La muerte masiva de abejas y otros insectos polinizadores por el uso indiscriminado de las moléculas clotianidina, tiametoxam, imidacloprid y fipronil en Colombia llevó a su protección mediante decisión judicial, situación que constituye un importante ...
Luis Domingo Gómez Maldonado
doaj   +1 more source

Evaluation des effets résiduels de trois néonicotinoïdes couramment utilisés pour lutter contre le psylle Asiatique des agrumes Diaphorina citri Kuwayama (Hemiptera: Psyllidae)

African and Mediterranean Agricultural Journal - Al Awamia, 2022
Le psylle asiatique des agrumes, Diaphorina citri, Kuwayama, est largement distribué en Asie du Sud. Il a été signalé pour la première fois aux États-Unis au cours de l'été 1998 en Floride et au printemps 2001 au Texas. Les dégâts de D.
R. Bouharroud, M. Sétamou
doaj   +1 more source

Neonicotinoids [PDF]

Current Biology, 2018
Neonicotinoids are a class of pesticides widely used in agriculture. In this Quick Guide, Bass and Field explain their mechanism of action and discuss the evidence supporting a potential role in pollinator declines.
Bass, C., Field, L. M.
openaire   +2 more sources

Scientific support for preparing an EU position in the 53rd session of the codex committee on pesticide residues (CCPR)

EFSA Journal, Volume 20, Issue 9, September 2022., 2022
Abstract EFSA received a request from the European Commission to provide support for the preparation of the EU position for 53rd Session of the Codex Committee on Pesticide Residues (CCPR). In 2021, JMPR evaluated 38 active substances with regard to their toxicological properties and/or the setting of Codex Maximum Residue Limits (CXLs) (acetamiprid ...
EFSA (European Food Safety Authority)
wiley   +1 more source

Preserving local biodiversity through crop diversification

American Journal of Agricultural Economics, Volume 104, Issue 3, Page 1140-1174, May 2022., 2022
Abstract Using the case study of birds and food crops, we investigate whether diversifying crop production can enhance preservation of local biodiversity. To this end we combine annual bird survey data, high resolution land use data, and phylogenetic trees to create a landscape level panel data set covering the conterminous United States for over a ...
Eric Strobl
wiley   +1 more source

Assessment of Certain Neonicotinoid Compounds on Tetranychus cucurbitacewum (Sayed) and Predatory Mite, Phytoseiulus macropilis (Banks) [PDF]

Acarines: Journal of the Egyptian Society of Acarology, 2014
Generally, the two tested neonicotinoides, acetamiprid and thiamethoxam were more toxic against both adults and one day o1d eggs of T. cucurbitacecirum using spraying method than dipping technique method under laboratory conditions.
H. Mead, H. El-Kawas
doaj   +1 more source

Call to restrict neonicotinoids [PDF]

Science, 2018
Neonicotinoids are the most widely used insecticides in the world ([ 1 ][1]). They are applied to a broad range of food, energy, and ornamental crops, and used in domestic pest control ([ 2 ][2]).
Goulson, Dave, Sills, Jennifer, Frey,, Hans, Tzinieris,, Sarah, Colin, Marc, Edouard, Marchand, Patrice, A., Bastian,, Suzanne, Richard, Freddie, Jeanne, Early,, Ralph, Herrick,, Sarah, Arlettaz,, Raphaël, Wubs, E., R.J., Sitters,, Judith, Seidl,, Irmi, Potthast,, Thomas, Karpińska-Kołaczek,, Monika, Bücking,, Elisabeth, Vittoz,, Pascal, Lundgren, Jonathan, G., Stöcklin,, Jürg, Guisan,, Antoine, Hufty,, Marc, Moretti,, Marco, Aragno,, Michel, Forney,, Jeremie, Todorov, Milcho, Todorov, Gilbert,, Daniel, Geisen,, Stefan, Lara, Enrique, Seppey, Christophe, V.W., Kudryavtsev,, Alexander, Theurillat, Jean, Paul, Wilkinson, David, M., Leadbeater,, Elli, Glauser,, Gaetan, Koenig,, Isabelle, Hedenec,, Petr, Portier, Christopher, J., Stamati, Polyxeni, Nicolopoulou, Elwood,, Bob, Nielsen,, Anders, Nascimento,, Fábio, Wickson,, Fern, Chittka,, Lars, Yela, José, Luis, Boykett,, Tim, von Weizsäcker, Ernst, Ulrich, Silva,, Margarida, Armitage,, Sophie, Mertens,, Martha, Rembiałkowska,, Ewa, Swaegers,, Janne, Rosslenbroich,, Bernd, Rolff,, Jens, Bøhn,, Thomas, Geiger, Matthias, F., Radek,, Renate, Fritz,, Jürgen, Vallianatos,, Evaggelos, Fraser,, Gail, Børsen,, Tom, Kollek,, Regine, Loening,, Ulrich, Liess,, Matthias, Schaefer, Ralf, B., Idel,, Anita, Loske,, Reinhard, Fischer,, Doreen, Antoniou,, Michael, Wynne,, Brian, Gómez-Ramírez,, Pilar, von Fragstein Und Niemsdorff,, Peter, Vogtmann,, Hartmut, Schröder,, Winfried, Wägele, J., Wolfgang, Kratz, Werner, Rudolf, Bamberger,, Axel, Valentina,, Cebotari, Bohlen, Patrick, J., Gordon,, Rachel, Wyckhuys,, Kris, Amrine, James, Wesley, Cornelisse,, Tara, Marquez,, Emily, Miles,, Albie, Novotny,, Eva, Hayden,, Nancy, Müller,, Eduard, Boulton,, April, Wilson, Allison, K., Abernathy,, Rella, Callahan, Richard, A., Verzeñassi,, Damián, Doebel,, Hartmut, Garcia-Gonzalez, Jaime, E., Graham, Charles, Edward, dos Santos, Charles, Fernando, Rodriguez-Cervantes,, Silvia, Marino, Damián, J., Dibartolomeis, Michael, J., Hughes,, Bill, Måren, Inger, Elisabeth, Lovett,, Peter, Yates,, Barry, Mineau,, Pierre, Alton,, Karin, Collins, Terrence, J., Heller, Richard, Scott, Dentan, Robert, Knox, Regal, Philip, J., Raptis,, Leda, Wright, Angela, J., Clark, E., Ann, Prof., Nicolas, J., Watts,, Meriel, Almeida Sousa, Ana, Catarina, Fyfe,, Lorna, Siddique,, Ilyas, Blum, Astrid, Juliette, Hambrey,, John, Olarieta, José, Ramón, Beckwith,, Robaire, Perret-Clermont, Anne, Nelly, Krogmann,, Lars, de Vere,, Natasha, Seidler,, Ramon, Fagan,, John, Lambeets,, Kevin, Frankie,, Gordon, Smith, Janet, E., Seneff,, Stephanie, Vandame,, Rémy, Hornig,, Mady, Davis,, Chandler, Anderson, Molly, D., Kenan, William, R., Latham,, Jonathan, Weiss,, Will, Knapp,, Jennifer, Enríquez,, Eunice, Raucq,, Philippe, Porter,, Siobhán, Kelly,, Ruth, Hegland, Stein, Joar, Reynolds, James, H., Worthington,, Andrea, Petersson,, Wilhelm, Rees,, Alan, Kozuharova,, Ekaterina, Gibbons, David, W., Lucero, Raymundo, M., Oruç, Hasan, Hüseyin, Riede,, Klaus, Hendrickson,, O., Sultan, Pr, Charles, Safer,, Anton, Downs, Craig, A., Hoppe, Peter, P., Tapparo,, Andrea, Belzunces,, Luc, Janairo, Jose Isagani, B., Chen, Yun, Ru, van Lexmond, Maarten, F.I.J.Bijleveld, Cave, Ronald, D., Michaud, J., P., Weissling, Thomas, J., Ratcliffe,, Brett, Woodcock,, Ben, Ellis,, Marion, Kiljanek,, Tomasz, Buckley,, Lizette, Garrigue,, Claire, González-Ortega,, Emmanuel, Noymer,, Andrew, Mesnage,, Robin, Reumer,, Jelle, Whitehorn,, Penelope, Donley,, Nathan, Strange,, Philip, Duncan,, Elizabeth, Warren,, Martin, Tennekes, Henk, A., Krischik,, Vera, Brandt,, Annely, Manclus, Juan, J., Pavlaki,, Maria, Bartomeus,, Ignasi, Pettigrove,, Vincent, van Der Sluijs, Jeroen, P., Aebi,, Alexandre, López, Javier, Hernández, Mitchell, Edward, A.D., Bushmann, Sara, L., Tison,, Léa, Kegley, Susan, E., Nugegoda,, Dayanthi, Morrissey,, Christy, Lima, Maria, Augusta, Morton, Eugene, S., Porrini,, Claudio, Pestana, João Luis, Teixeira   +200 more
openaire   +3 more sources

Chronic exposure to the pesticide flupyradifurone can lead to premature onset of foraging in honeybees Apis mellifera

Journal of Applied Ecology, Volume 57, Issue 3, Page 609-618, March 2020., 2020
The early onset of foraging induced by a chronical application of flupyradifurone could be disadvantageous for honeybee colonies, reducing the period of in‐hive tasks and life expectancy of individuals. Radio‐frequency identification technology is a valuable tool for studying pesticide effects on lifetime foraging behaviour of insects.
Hannah Hesselbach, Johannes Seeger, Felix Schilcher, Markus Ankenbrand, Ricarda Scheiner, Jacqueline Beggs   +5 more
wiley   +1 more source