1.

Birth outcomes according to allocated treatment group.

2.

Birth outcomes according to allocated treatment group.

3.

Birth outcomes according to allocated treatment group.

4.

Birth outcomes according to allocated treatment group.

1.

Neonatal outcomes according to treatment group.

2.

Neonatal outcomes according to treatment group.

3.

Neonatal outcomes according to treatment group.

4.

Neonatal outcomes according to treatment group.

1.

Maternal outcomes according to treatment group.

2.

Maternal outcomes according to treatment group.

3.

Maternal outcomes according to treatment group.

4.

Maternal outcomes according to treatment group.

1.

Pigment concentration in surface water from six different study areas (in Argentina, China, France and Belgium) measured with HPLC ...

1.

Peak spawning day (since the 1 st of January) estimated as the first day where a temperature of 10°C is reached on average over the six spawning grounds: The eastern English Channe...

2.

Peak spawning day (since the 1 st of January) estimated as the first day where a temperature of 10°C is reached on average over the six spawning grounds: The eastern English Channe...

3.

Peak spawning day (since the 1 st of January) estimated as the first day where a temperature of 10°C is reached on average over the six spawning grounds: The eastern English Channe...

4.

Peak spawning day (since the 1 st of January) estimated as the first day where a temperature of 10°C is reached on average over the six spawning grounds: The eastern English Channe...

5.

Peak spawning day (since the 1 st of January) estimated as the first day where a temperature of 10°C is reached on average over the six spawning grounds: The eastern English Channe...

1.

Distribution of the eight sampling locations along the coasts of Belgium, the Netherlands (Eems-Dollard estuary), and United Kingdom (Suffolk coast) within the southern North Sea,...

2.

Distribution of the eight sampling locations along the coasts of Belgium, the Netherlands (Eems-Dollard estuary), and United Kingdom (Suffolk coast) within the southern North Sea,...

3.

Distribution of the eight sampling locations along the coasts of Belgium, the Netherlands (Eems-Dollard estuary), and United Kingdom (Suffolk coast) within the southern North Sea,...

4.

Distribution of the eight sampling locations along the coasts of Belgium, the Netherlands (Eems-Dollard estuary), and United Kingdom (Suffolk coast) within the southern North Sea,...

5.

Distribution of the eight sampling locations along the coasts of Belgium, the Netherlands (Eems-Dollard estuary), and United Kingdom (Suffolk coast) within the southern North Sea,...

6.

Distribution of the eight sampling locations along the coasts of Belgium, the Netherlands (Eems-Dollard estuary), and United Kingdom (Suffolk coast) within the southern North Sea,...

7.

Distribution of the eight sampling locations along the coasts of Belgium, the Netherlands (Eems-Dollard estuary), and United Kingdom (Suffolk coast) within the southern North Sea,...

8.

Distribution of the eight sampling locations along the coasts of Belgium, the Netherlands (Eems-Dollard estuary), and United Kingdom (Suffolk coast) within the southern North Sea,...

9.

Distribution of the eight sampling locations along the coasts of Belgium, the Netherlands (Eems-Dollard estuary), and United Kingdom (Suffolk coast) within the southern North Sea,...

1.

Boxplot of PLD excluded of the yolk sac larval phase predicted for Belgium (BE), the Netherlands (NL) and the United Kingdom (UK) for the period 1995 to 2015.

2.

Boxplot of PLD excluded of the yolk sac larval phase predicted for Belgium (BE), the Netherlands (NL) and the United Kingdom (UK) for the period 1995 to 2015.

3.

Boxplot of PLD excluded of the yolk sac larval phase predicted for Belgium (BE), the Netherlands (NL) and the United Kingdom (UK) for the period 1995 to 2015.

4.

Boxplot of PLD excluded of the yolk sac larval phase predicted for Belgium (BE), the Netherlands (NL) and the United Kingdom (UK) for the period 1995 to 2015.

5.

Boxplot of PLD excluded of the yolk sac larval phase predicted for Belgium (BE), the Netherlands (NL) and the United Kingdom (UK) for the period 1995 to 2015.

6.

Boxplot of PLD excluded of the yolk sac larval phase predicted for Belgium (BE), the Netherlands (NL) and the United Kingdom (UK) for the period 1995 to 2015.

7.

Boxplot of PLD excluded of the yolk sac larval phase predicted for Belgium (BE), the Netherlands (NL) and the United Kingdom (UK) for the period 1995 to 2015.

8.

Boxplot of PLD excluded of the yolk sac larval phase predicted for Belgium (BE), the Netherlands (NL) and the United Kingdom (UK) for the period 1995 to 2015.

9.

Boxplot of PLD excluded of the yolk sac larval phase predicted for Belgium (BE), the Netherlands (NL) and the United Kingdom (UK) for the period 1995 to 2015.

1.

Sediment characteristics of the mangrove forest of Bonaire, Dutch Caribbean

2.

Sediment characteristics of the mangrove forest of Bonaire, Dutch Caribbean

3.

Sediment characteristics of the mangrove forest of Bonaire, Dutch Caribbean

4.

Sediment characteristics of the mangrove forest of Bonaire, Dutch Caribbean

5.

Sediment characteristics of the mangrove forest of Bonaire, Dutch Caribbean

6.

Sediment characteristics of the mangrove forest of Bonaire, Dutch Caribbean

7.

Sediment characteristics of the mangrove forest of Bonaire, Dutch Caribbean

8.

Sediment characteristics of the mangrove forest of Bonaire, Dutch Caribbean

9.

Sediment characteristics of the mangrove forest of Bonaire, Dutch Caribbean

1.

Il-Gżejjer : No. 67 : 1977

1.

Selected, minimum, and maximum Manning’s coefficients [64] tested during sensitivity analysis for landcover present in the floodplain near the San Saba River, TX, U.S.A used in a 2...

2.

Selected, minimum, and maximum Manning’s coefficients [64] tested during sensitivity analysis for landcover present in the floodplain near the San Saba River, TX, U.S.A used in a 2...

3.

Selected, minimum, and maximum Manning’s coefficients [64] tested during sensitivity analysis for landcover present in the floodplain near the San Saba River, TX, U.S.A used in a 2...

4.

Selected, minimum, and maximum Manning’s coefficients [64] tested during sensitivity analysis for landcover present in the floodplain near the San Saba River, TX, U.S.A used in a 2...

5.

Selected, minimum, and maximum Manning’s coefficients [64] tested during sensitivity analysis for landcover present in the floodplain near the San Saba River, TX, U.S.A used in a 2...

6.

Selected, minimum, and maximum Manning’s coefficients [64] tested during sensitivity analysis for landcover present in the floodplain near the San Saba River, TX, U.S.A used in a 2...

7.

Selected, minimum, and maximum Manning’s coefficients [64] tested during sensitivity analysis for landcover present in the floodplain near the San Saba River, TX, U.S.A used in a 2...

8.

Selected, minimum, and maximum Manning’s coefficients [64] tested during sensitivity analysis for landcover present in the floodplain near the San Saba River, TX, U.S.A used in a 2...

9.

Selected, minimum, and maximum Manning’s coefficients [64] tested during sensitivity analysis for landcover present in the floodplain near the San Saba River, TX, U.S.A used in a 2...