1.

Long-term Intensive Monitoring in Flemish forests under recovery from acidification

2.

Long-term Intensive Monitoring in Flemish forests under recovery from acidification

3.

Long-term Intensive Monitoring in Flemish forests under recovery from acidification

4.

Long-term Intensive Monitoring in Flemish forests under recovery from acidification

5.

Long-term Intensive Monitoring in Flemish forests under recovery from acidification

6.

Long-term Intensive Monitoring in Flemish forests under recovery from acidification

7.

Long-term Intensive Monitoring in Flemish forests under recovery from acidification

8.

Long-term Intensive Monitoring in Flemish forests under recovery from acidification

1.

Nitrogen status of Flemish forests is improving

2.

Nitrogen status of Flemish forests is improving

3.

Nitrogen status of Flemish forests is improving

4.

Nitrogen status of Flemish forests is improving

5.

Nitrogen status of Flemish forests is improving

6.

Nitrogen status of Flemish forests is improving

7.

Nitrogen status of Flemish forests is improving

8.

Nitrogen status of Flemish forests is improving

1.

Long term restoration effects : Effects of restoration measures on restoration success in nature reserves in acidic fen, buffered fen, dry heather, wet heather, and wet grassland i...

2.

Long term restoration effects : Effects of restoration measures on restoration success in nature reserves in acidic fen, buffered fen, dry heather, wet heather, and wet grassland i...

1.

On the Propagation of Reaction Fronts in a Sandy Aquifer Over 20+ Years: Lessons From a Test Site in Northwestern Germany

2.

On the Propagation of Reaction Fronts in a Sandy Aquifer Over 20+ Years: Lessons From a Test Site in Northwestern Germany

1.

Increasing dissolved organic carbon (DOC) and nitrogen (DON) levels in temperate forests under acidification recovery in Flanders, Belgium

2.

Increasing dissolved organic carbon (DOC) and nitrogen (DON) levels in temperate forests under acidification recovery in Flanders, Belgium

3.

Increasing dissolved organic carbon (DOC) and nitrogen (DON) levels in temperate forests under acidification recovery in Flanders, Belgium

4.

Increasing dissolved organic carbon (DOC) and nitrogen (DON) levels in temperate forests under acidification recovery in Flanders, Belgium

5.

Increasing dissolved organic carbon (DOC) and nitrogen (DON) levels in temperate forests under acidification recovery in Flanders, Belgium

6.

Increasing dissolved organic carbon (DOC) and nitrogen (DON) levels in temperate forests under acidification recovery in Flanders, Belgium

7.

Increasing dissolved organic carbon (DOC) and nitrogen (DON) levels in temperate forests under acidification recovery in Flanders, Belgium

8.

Increasing dissolved organic carbon (DOC) and nitrogen (DON) levels in temperate forests under acidification recovery in Flanders, Belgium

1.

Trends in soil solution chemistry in temperate forests under on-going recovery from acidification and climate change in Flanders, Belgium

2.

Trends in soil solution chemistry in temperate forests under on-going recovery from acidification and climate change in Flanders, Belgium

3.

Trends in soil solution chemistry in temperate forests under on-going recovery from acidification and climate change in Flanders, Belgium

4.

Trends in soil solution chemistry in temperate forests under on-going recovery from acidification and climate change in Flanders, Belgium

5.

Trends in soil solution chemistry in temperate forests under on-going recovery from acidification and climate change in Flanders, Belgium

6.

Trends in soil solution chemistry in temperate forests under on-going recovery from acidification and climate change in Flanders, Belgium

7.

Trends in soil solution chemistry in temperate forests under on-going recovery from acidification and climate change in Flanders, Belgium

8.

Trends in soil solution chemistry in temperate forests under on-going recovery from acidification and climate change in Flanders, Belgium

1.

Multiple nitrogen (N) saturation indicators yield contradicting conclusions on improving N status of temperate forests in five LTER-Belgium/ICP Forests sites.

2.

Multiple nitrogen (N) saturation indicators yield contradicting conclusions on improving N status of temperate forests in five LTER-Belgium/ICP Forests sites.

3.

Multiple nitrogen (N) saturation indicators yield contradicting conclusions on improving N status of temperate forests in five LTER-Belgium/ICP Forests sites.

4.

Multiple nitrogen (N) saturation indicators yield contradicting conclusions on improving N status of temperate forests in five LTER-Belgium/ICP Forests sites.

5.

Multiple nitrogen (N) saturation indicators yield contradicting conclusions on improving N status of temperate forests in five LTER-Belgium/ICP Forests sites.

6.

Multiple nitrogen (N) saturation indicators yield contradicting conclusions on improving N status of temperate forests in five LTER-Belgium/ICP Forests sites.

7.

Multiple nitrogen (N) saturation indicators yield contradicting conclusions on improving N status of temperate forests in five LTER-Belgium/ICP Forests sites.

8.

Multiple nitrogen (N) saturation indicators yield contradicting conclusions on improving N status of temperate forests in five LTER-Belgium/ICP Forests sites.

9.

Multiple nitrogen (N) saturation indicators yield contradicting conclusions on improving N status of temperate forests in five LTER-Belgium/ICP Forests sites.

1.

CO2 and inorganic nutrient enrichment affect the performance of a calcifying green alga and its noncalcifying epiphyte

2.

CO2 and inorganic nutrient enrichment affect the performance of a calcifying green alga and its noncalcifying epiphyte

1.

Recovery from N saturation in Flemish forests under high N deposition

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Recovery from N saturation in Flemish forests under high N deposition

3.

Recovery from N saturation in Flemish forests under high N deposition

4.

Recovery from N saturation in Flemish forests under high N deposition

5.

Recovery from N saturation in Flemish forests under high N deposition

6.

Recovery from N saturation in Flemish forests under high N deposition

7.

Recovery from N saturation in Flemish forests under high N deposition

8.

Recovery from N saturation in Flemish forests under high N deposition

1.

Seawater carbonate chemistry and oxygen uptake rates of coral reef fishes

2.

Seawater carbonate chemistry and oxygen uptake rates of coral reef fishes