1.

Additional file 1 of Process evaluation of the Belgian one-month-without alcohol campaign ‘Tournée Minérale’: a mixed method approach

2.

Additional file 1 of Process evaluation of the Belgian one-month-without alcohol campaign ‘Tournée Minérale’: a mixed method approach

3.

Additional file 1 of Process evaluation of the Belgian one-month-without alcohol campaign ‘Tournée Minérale’: a mixed method approach

4.

Additional file 1 of Process evaluation of the Belgian one-month-without alcohol campaign ‘Tournée Minérale’: a mixed method approach

5.

Additional file 1 of Process evaluation of the Belgian one-month-without alcohol campaign ‘Tournée Minérale’: a mixed method approach

6.

Additional file 1 of Process evaluation of the Belgian one-month-without alcohol campaign ‘Tournée Minérale’: a mixed method approach

1.

A dark stain - Colonial ideals and misrepresentation in “Tintin in the Congo”

2.

A dark stain - Colonial ideals and misrepresentation in “Tintin in the Congo”

1.

Additional file 1 of Trends in socioeconomic inequalities in cause-specific premature mortality in Belgium, 1998–2019

2.

Additional file 1 of Trends in socioeconomic inequalities in cause-specific premature mortality in Belgium, 1998–2019

3.

Additional file 1 of Trends in socioeconomic inequalities in cause-specific premature mortality in Belgium, 1998–2019

4.

Additional file 1 of Trends in socioeconomic inequalities in cause-specific premature mortality in Belgium, 1998–2019

5.

Additional file 1 of Trends in socioeconomic inequalities in cause-specific premature mortality in Belgium, 1998–2019

6.

Additional file 1 of Trends in socioeconomic inequalities in cause-specific premature mortality in Belgium, 1998–2019

7.

Additional file 1 of Trends in socioeconomic inequalities in cause-specific premature mortality in Belgium, 1998–2019

8.

Additional file 1 of Trends in socioeconomic inequalities in cause-specific premature mortality in Belgium, 1998–2019

9.

Additional file 1 of Trends in socioeconomic inequalities in cause-specific premature mortality in Belgium, 1998–2019

1.

57518: Gwendoline Weatherley, N.A.P. Nursing Corps, married Belgian officer

2.

57518: Gwendoline Weatherley, N.A.P. Nursing Corps, married Belgian officer

3.

57518: Gwendoline Weatherley, N.A.P. Nursing Corps, married Belgian officer

4.

57518: Gwendoline Weatherley, N.A.P. Nursing Corps, married Belgian officer

5.

57518: Gwendoline Weatherley, N.A.P. Nursing Corps, married Belgian officer

6.

57518: Gwendoline Weatherley, N.A.P. Nursing Corps, married Belgian officer

1.

58657: Captured Belgian field gun, manned by Germans

2.

58657: Captured Belgian field gun, manned by Germans

3.

58657: Captured Belgian field gun, manned by Germans

4.

58657: Captured Belgian field gun, manned by Germans

5.

58657: Captured Belgian field gun, manned by Germans

6.

58657: Captured Belgian field gun, manned by Germans

1.

Distribution of the number of colistin-resistant Enterobacterales species by One Health sector and country.

2.

Distribution of the number of colistin-resistant Enterobacterales species by One Health sector and country.

3.

Distribution of the number of colistin-resistant Enterobacterales species by One Health sector and country.

4.

Distribution of the number of colistin-resistant Enterobacterales species by One Health sector and country.

5.

Distribution of the number of colistin-resistant Enterobacterales species by One Health sector and country.

6.

Distribution of the number of colistin-resistant Enterobacterales species by One Health sector and country.

7.

Distribution of the number of colistin-resistant Enterobacterales species by One Health sector and country.

8.

Distribution of the number of colistin-resistant Enterobacterales species by One Health sector and country.

9.

Distribution of the number of colistin-resistant Enterobacterales species by One Health sector and country.

1.

S2 Fig -

2.

S2 Fig -

3.

S2 Fig -

4.

S2 Fig -

5.

S2 Fig -

6.

S2 Fig -

7.

S2 Fig -

8.

S2 Fig -

9.

S2 Fig -

1.

Global view of BLAST comparisons between the mcr -harboring sequences and the most similar reference plasmid sequence (in grey) according to blastn.

2.

Global view of BLAST comparisons between the mcr -harboring sequences and the most similar reference plasmid sequence (in grey) according to blastn.

3.

Global view of BLAST comparisons between the mcr -harboring sequences and the most similar reference plasmid sequence (in grey) according to blastn.

4.

Global view of BLAST comparisons between the mcr -harboring sequences and the most similar reference plasmid sequence (in grey) according to blastn.

5.

Global view of BLAST comparisons between the mcr -harboring sequences and the most similar reference plasmid sequence (in grey) according to blastn.

6.

Global view of BLAST comparisons between the mcr -harboring sequences and the most similar reference plasmid sequence (in grey) according to blastn.

7.

Global view of BLAST comparisons between the mcr -harboring sequences and the most similar reference plasmid sequence (in grey) according to blastn.

8.

Global view of BLAST comparisons between the mcr -harboring sequences and the most similar reference plasmid sequence (in grey) according to blastn.

9.

Global view of BLAST comparisons between the mcr -harboring sequences and the most similar reference plasmid sequence (in grey) according to blastn.

1.

Virulence potential of ColR-E from different One Health sectors in Belgium and the Netherlands.

2.

Virulence potential of ColR-E from different One Health sectors in Belgium and the Netherlands.

3.

Virulence potential of ColR-E from different One Health sectors in Belgium and the Netherlands.

4.

Virulence potential of ColR-E from different One Health sectors in Belgium and the Netherlands.

5.

Virulence potential of ColR-E from different One Health sectors in Belgium and the Netherlands.

6.

Virulence potential of ColR-E from different One Health sectors in Belgium and the Netherlands.

7.

Virulence potential of ColR-E from different One Health sectors in Belgium and the Netherlands.

8.

Virulence potential of ColR-E from different One Health sectors in Belgium and the Netherlands.

9.

Virulence potential of ColR-E from different One Health sectors in Belgium and the Netherlands.

1.

Investigation of wave dissipation in the Belgian coastal zone:comparison of field observation and numerical modelling

2.

Investigation of wave dissipation in the Belgian coastal zone:comparison of field observation and numerical modelling