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

1.

Increasing dissolved organic nitrogen (DON) concentrations and fluxes in temperate forests under recovery from acidification in Flanders, Belgium

2.

Increasing dissolved organic nitrogen (DON) concentrations and fluxes in temperate forests under recovery from acidification in Flanders, Belgium

3.

Increasing dissolved organic nitrogen (DON) concentrations and fluxes in temperate forests under recovery from acidification in Flanders, Belgium

4.

Increasing dissolved organic nitrogen (DON) concentrations and fluxes in temperate forests under recovery from acidification in Flanders, Belgium

5.

Increasing dissolved organic nitrogen (DON) concentrations and fluxes in temperate forests under recovery from acidification in Flanders, Belgium

1.

Declining atmospheric deposition impacts forest soil solution chemistry in Flanders, Belgium

2.

Declining atmospheric deposition impacts forest soil solution chemistry in Flanders, Belgium

3.

Declining atmospheric deposition impacts forest soil solution chemistry in Flanders, Belgium

4.

Declining atmospheric deposition impacts forest soil solution chemistry in Flanders, Belgium

5.

Declining atmospheric deposition impacts forest soil solution chemistry in Flanders, Belgium

1.

Effects of liming on the ground vegetation of a Corsican pine stand in Flanders, Belgium

2.

Effects of liming on the ground vegetation of a Corsican pine stand in Flanders, Belgium

3.

Effects of liming on the ground vegetation of a Corsican pine stand in Flanders, Belgium

4.

Effects of liming on the ground vegetation of a Corsican pine stand in Flanders, Belgium

5.

Effects of liming on the ground vegetation of a Corsican pine stand in Flanders, Belgium

1.

Monitoring the masting behaviour of beech (Fagus sylvatica) in Flanders (Belgium)

2.

Monitoring the masting behaviour of beech (Fagus sylvatica) in Flanders (Belgium)

3.

Monitoring the masting behaviour of beech (Fagus sylvatica) in Flanders (Belgium)

4.

Monitoring the masting behaviour of beech (Fagus sylvatica) in Flanders (Belgium)

5.

Monitoring the masting behaviour of beech (Fagus sylvatica) 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

1.

LTER-Belgium:Results of long-term, large-scale and intensive monitoring at the Flemish forest condition monitoring sites within the LTER-Belgium network

2.

LTER-Belgium:Results of long-term, large-scale and intensive monitoring at the Flemish forest condition monitoring sites within the LTER-Belgium network

3.

LTER-Belgium:Results of long-term, large-scale and intensive monitoring at the Flemish forest condition monitoring sites within the LTER-Belgium network

4.

LTER-Belgium:Results of long-term, large-scale and intensive monitoring at the Flemish forest condition monitoring sites within the LTER-Belgium network

5.

LTER-Belgium:Results of long-term, large-scale and intensive monitoring at the Flemish forest condition monitoring sites within the LTER-Belgium network

6.

LTER-Belgium:Results of long-term, large-scale and intensive monitoring at the Flemish forest condition monitoring sites within the LTER-Belgium network

7.

LTER-Belgium:Results of long-term, large-scale and intensive monitoring at the Flemish forest condition monitoring sites within the LTER-Belgium network

8.

LTER-Belgium:Results of long-term, large-scale and intensive monitoring at the Flemish forest condition monitoring sites within the LTER-Belgium network

9.

LTER-Belgium:Results of long-term, large-scale and intensive monitoring at the Flemish forest condition monitoring sites within the LTER-Belgium network

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.

1.

Trends and patterns of DON and DOC/DON in deposition and soil solution in Flanders, Northern Belgium

2.

Trends and patterns of DON and DOC/DON in deposition and soil solution in Flanders, Northern Belgium

3.

Trends and patterns of DON and DOC/DON in deposition and soil solution in Flanders, Northern Belgium

4.

Trends and patterns of DON and DOC/DON in deposition and soil solution in Flanders, Northern Belgium

5.

Trends and patterns of DON and DOC/DON in deposition and soil solution in Flanders, Northern Belgium

1.

Carbon allocation to biomass production of leaves, fruits and woody organs at seasonal and annual scale in a deciduous-and evergreen temperate forest

2.

Carbon allocation to biomass production of leaves, fruits and woody organs at seasonal and annual scale in a deciduous-and evergreen temperate forest

3.

Carbon allocation to biomass production of leaves, fruits and woody organs at seasonal and annual scale in a deciduous-and evergreen temperate forest

1.

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

2.

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

3.

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

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

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

1.

Do changes in forest soil properties reflect the decrease of acidifying deposition in Flanders?

2.

Do changes in forest soil properties reflect the decrease of acidifying deposition in Flanders?

3.

Do changes in forest soil properties reflect the decrease of acidifying deposition in Flanders?

1.

Spontaan bos, vergeten natuur?

2.

Spontaan bos, vergeten natuur?

3.

Spontaan bos, vergeten natuur?

1.

Recovery from N saturation in Flemish forests under high N deposition

2.

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