S. Pesce

Publication List Details

Period

2005 - 2009

Number

12

Co-Authors

Potential for microbial diuron mineralisation in a small wine-growing watershed: from treated plots to lotic receiver hydrosystem (2009)

Pesce, S., Martin Laurent, F., Rouard, N., Montuelle, B.

Since biological degradation processes are known to be a major driver of the natural attenuation of pesticide residues in the environment,microbial communities adapted to pesticide biodegradation are...

Adaptation microbienne à l'exposition aux pesticides dans un cours d'eau situé en zone viticole (2009)

Pesce, S., Margoum, C., Rouard, N., Martin Laurent, F., Montuelle, B.

/ Les communautés microbiennes sont des acteurs clés dans le fonctionnement général des écosystèmes lotiques. Par leur position à la base du réseau trophique et leurs capacités enzymatiques,...

Adaptation microbienne aux changements spatio-temporels d'exposition aux pesticides en cours d'eau (2009)

Pesce, S., Margoum, C., Rouard, N., Martin Laurent, F., Montuelle, B.

/ Les biofilms microbiens assurent un rôle écologique majeur dans les petits cours d'eau. Ils interagissent avec les substances dissoutes et les contaminants (et notamment avec les pesticides) qui...

Response of spring and summer riverine microbial communities following glyphosate exposure (2009)

Pesce, S., Batisson, I., Bardot, C., Fajon, C., Portelli, C., Montuelle, B., ...

Seasonal variation in the response of riverine microbial communities to an environmentally relevant exposure to glyphosate (about 10 mg l1) was assessed on natural communities collected in spring and...

Longitudinal changes in microbial planktonic communities of a French river in relation to pesticide and nutrient inputs (2008)

Pesce, S., Fajon, C., Bardot, C., Bonnemoy, F., Portelli, C., Bohatier, J.

To determine the effects of anthropic activities on river planktonic microbial populations, monthly water samples were collected for 11 months from two sampling sites characterized by differing...

Microbial diuron-mineralization potential in a small watershed from treated vineyard to lotic receiving system (2008)

Pesce, S., Martin Laurent, F., Rouard, N., Devers, M., Montuelle, B.

The herbicide diuron is frequently detected in small streams draining vineyards. Whereas microbial diuron mineralization has been relatively well studied in soils, there is a serious lack of data...

Variability in the potential for microbial diuron mineralisation in a small vineyard watershed: from a treated parcel to the receiving river (2008)

Pesce, S., Martin Laurent, F., Rouard, N., Montuelle, B.

Small rivers draining agricultural areas are particularly exposed to pesticides inputs. Protective systems (such as buffer zones) are seldom used. Although pesticide interception by grass strips has...

Les biofilms aquatiques : dans quelle mesure permettent-ils de comprendre l'effet des pesticides sur le fonctionnement des cours d'eau ? Exemple en zone de vignoble (2008)

Pesce, S., Tlili, A., Montuelle, B.

Biofilms are attached microbial assemblages on immersed substrates and play a major ecological role in stream ecosystems. Biofilms interact with dissolved substances and contaminants (such as...

Longitudinal changes in microbial planktonic communities of a French river in relation to nutrients and pesticides inputs (2007)

Pesce, S., Fajon, C, Bardot, C, Bonnemoy, F, Portelli, C, Montuelle, B, ...

Wetlands are major places for high microbial process and diversity. The Rhone river delta (Camargue) is an area of rice fields, marshes and lagoons were pumping and rainfalls cause alternation of...

The loop region of the helix-loop-helix protein Id1 is critical for its dominant negative activity.

Pesce, S, Benezra, R

Id1, a helix-loop-helix (HLH) protein which lacks a DNA binding domain, has been shown to negatively regulate other members of the HLH family by direct protein-protein interactions, both in vitro and...

The loop region of the helix-loop-helix protein Id1 is critical for its dominant negative activity.

Pesce, S, Benezra, R

Id1, a helix-loop-helix (HLH) protein which lacks a DNA binding domain, has been shown to negatively regulate other members of the HLH family by direct protein-protein interactions, both in vitro and...