Filip Moldan

Biographic Data

ID	6016065
NAME	Filip Moldan
GIVEN NAMES	Filip
FAMILY NAME	Moldan
SIGNATURE	MOLDAN F
AFFILIATIONS	IVL Swedish Environmental Research Institute
ORCID	0000-0003-0425-852X
VERIFIED	Yes
TOTAL WORKS	10
TOTAL CITATIONS	6
AUTHOR COUNT	10
EDITOR COUNT	0
FIRST PUBLICATION YEAR	2003
LATEST PUBLICATION YEAR	2025
H-INDEX	1

Nitrogen budgets in Europe: A methodology to quantify environmentally relevant flows of reactive nitrogen compounds on a national scale
Open AccessWilfried Winiwarter, Bettina Schäppi et al.ARTICLEEnvironmental Research Letters2025
Reactive nitrogen compounds are responsible for multiple negative impacts while they remain in the environment, changing their state and chemical form. Here we develop a methodology to trace these compounds throughout the environment using a stringent concept to describe their fate consistently and comprehensively. Using an individual country as the system scale, the individual flows of reactive nitrogen compounds are characterized between and wi…
Where does Sweden’s nitrogen go? Building a comprehensive national nitrogen budget
Open AccessFilip Moldan, Johanna Stadmark et al.ARTICLEEnvironmental Research Letters2025
We present Sweden’s first comprehensive National Nitrogen Budget (NNB), quantifying reactive nitrogen (Nr) inputs, outputs, and intersectoral transfers across eight key subpools, including agriculture, energy, industry, and waste. For the reference year 2015, we estimate that approximately 848 kt N entered Sweden in reactive forms, primarily through import of goods, ‘import’ of air pollution from upwind areas outside Sweden, and from nitrogen fix…
Presence of nanoplastics in rural and remote surface waters
Open AccessDušan Materić, Mike Peacock et al.ARTICLEEnvironmental Research Letters2022
It is now established that microplastics are a pervasive presence in aquatic and terrestrial ecosystems. The same is assumed to be true for nanoplastics but data are lacking due to technical difficulties associated with sample analysis. Here, we measured nanoplastics in waterbodies at two contrasting sites: remote Siberian Arctic tundra and a forest landscape in southern Sweden. Nanoplastics were detected in all sampled Swedish lakes ( n = 7) and…
Modeling Past and Future Acidification of Swedish Lakes
Open AccessFilip Moldan, B J Cosby et al.ARTICLEAMBIO2013Cited by: 4References: 25
Simulating Dissolved Organic Carbon Dynamics at the Swedish Integrated Monitoring Sites with the Integrated Catchments Model for Carbon, Inca-C
Open AccessMartyn N Futter, Stefan Löfgren et al.ARTICLEAMBIO2011References: 35
Riparian Zone Influence on Stream Water Dissolved Organic Carbon Concentrations at the Swedish Integrated Monitoring Sites
Open AccessMattias Winterdahl, Johan Temnerud et al.ARTICLEAMBIO2011Cited by: 1References: 45
Modeling Recovery of Swedish Ecosystems from Acidification
Harald Sverdrup, Liisa Martinson et al.ARTICLEAMBIO2005References: 10
Dynamic models complement existing time series of observations and static critical load calculations by simulating past and future development of chemistry in forest and lake ecosystems. They are used for dynamic assessment of the acidification and to produce target load functions, that describe what combinations of nitrogen and sulfur emission reductions are needed to achieve a chemical or biological criterion in a given target year. The Swedish…
Modeling Recovery of Swedish Ecosystems from Acidification
Harald Sverdrup, Liisa Martinson et al.ARTICLEAMBIO2005Cited by: 1
Dynamic models complement existing time series of observations and static critical load calculations by simulating past and future development of chemistry in forest and lake ecosystems. They are used for dynamic assessment of the acidification and to produce target load functions, that describe what combinations of nitrogen and sulfur emission reductions are needed to achieve a chemical or biological criterion in a given target year. The Swedish…
Terrestrial Ecosystem Recovery – Modelling the Effects of Reduced Acidic Inputs and Increased Inputs of Sea-salts Induced by Global Change
Claus Beier, Filip Moldan et al.ARTICLEAMBIO2003
The reduced emissions of acidifying sulfur and nitrogen in Europe since the late 1970s will be further reduced when the Gothenburg protocol is fully implemented by 2010. Here we address the consequences for the recovery of acidified terrestrial ecosystems using the acidification model MAGIC applied to 3 large-scale "clean rain" experiments, the so-called roof experiments at Risdalsheia, Norway; Gårdsjön, Sweden, and Klosterhede, Denmark. Implemen…
Terrestrial Ecosystem Recovery – Modelling the Effects of Reduced Acidic Inputs and Increased Inputs of Sea-salts Induced by Global Change
Claus Beier, Filip Moldan et al.ARTICLEAMBIO2003References: 27
The reduced emissions of acidifying sulfur and nitrogen in Europe since the late 1970s will be further reduced when the Gothenburg protocol is fully implemented by 2010. Here we address the consequences for the recovery of acidified terrestrial ecosystems using the acidification model MAGIC applied to 3 large-scale “clean rain” experiments, the so-called roof experiments at Risdalsheia, Norway; Gårdsjön, Sweden, and Klosterhede, Denmark. Implemen…

Terrestrial Ecosystem Recovery – Modelling the Effects of Reduced Acidic Inputs and Increased Inputs of Sea-salts Induced by Global Change
Claus Beier, Filip Moldan et al.ARTICLEAMBIO2003
The reduced emissions of acidifying sulfur and nitrogen in Europe since the late 1970s will be further reduced when the Gothenburg protocol is fully implemented by 2010. Here we address the consequences for the recovery of acidified terrestrial ecosystems using the acidification model MAGIC applied to 3 large-scale "clean rain" experiments, the so-called roof experiments at Risdalsheia, Norway; Gårdsjön, Sweden, and Klosterhede, Denmark. Implemen…
Terrestrial Ecosystem Recovery – Modelling the Effects of Reduced Acidic Inputs and Increased Inputs of Sea-salts Induced by Global Change
Claus Beier, Filip Moldan et al.ARTICLEAMBIO2003References: 27
The reduced emissions of acidifying sulfur and nitrogen in Europe since the late 1970s will be further reduced when the Gothenburg protocol is fully implemented by 2010. Here we address the consequences for the recovery of acidified terrestrial ecosystems using the acidification model MAGIC applied to 3 large-scale “clean rain” experiments, the so-called roof experiments at Risdalsheia, Norway; Gårdsjön, Sweden, and Klosterhede, Denmark. Implemen…
Modeling Recovery of Swedish Ecosystems from Acidification
Harald Sverdrup, Liisa Martinson et al.ARTICLEAMBIO2005References: 10
Dynamic models complement existing time series of observations and static critical load calculations by simulating past and future development of chemistry in forest and lake ecosystems. They are used for dynamic assessment of the acidification and to produce target load functions, that describe what combinations of nitrogen and sulfur emission reductions are needed to achieve a chemical or biological criterion in a given target year. The Swedish…
Modeling Recovery of Swedish Ecosystems from Acidification
Harald Sverdrup, Liisa Martinson et al.ARTICLEAMBIO2005Cited by: 1
Dynamic models complement existing time series of observations and static critical load calculations by simulating past and future development of chemistry in forest and lake ecosystems. They are used for dynamic assessment of the acidification and to produce target load functions, that describe what combinations of nitrogen and sulfur emission reductions are needed to achieve a chemical or biological criterion in a given target year. The Swedish…
Simulating Dissolved Organic Carbon Dynamics at the Swedish Integrated Monitoring Sites with the Integrated Catchments Model for Carbon, Inca-C
Open AccessMartyn N Futter, Stefan Löfgren et al.ARTICLEAMBIO2011References: 35
Riparian Zone Influence on Stream Water Dissolved Organic Carbon Concentrations at the Swedish Integrated Monitoring Sites
Open AccessMattias Winterdahl, Johan Temnerud et al.ARTICLEAMBIO2011Cited by: 1References: 45
Modeling Past and Future Acidification of Swedish Lakes
Open AccessFilip Moldan, B J Cosby et al.ARTICLEAMBIO2013Cited by: 4References: 25
Presence of nanoplastics in rural and remote surface waters
Open AccessDušan Materić, Mike Peacock et al.ARTICLEEnvironmental Research Letters2022
It is now established that microplastics are a pervasive presence in aquatic and terrestrial ecosystems. The same is assumed to be true for nanoplastics but data are lacking due to technical difficulties associated with sample analysis. Here, we measured nanoplastics in waterbodies at two contrasting sites: remote Siberian Arctic tundra and a forest landscape in southern Sweden. Nanoplastics were detected in all sampled Swedish lakes ( n = 7) and…
Nitrogen budgets in Europe: A methodology to quantify environmentally relevant flows of reactive nitrogen compounds on a national scale
Open AccessWilfried Winiwarter, Bettina Schäppi et al.ARTICLEEnvironmental Research Letters2025
Reactive nitrogen compounds are responsible for multiple negative impacts while they remain in the environment, changing their state and chemical form. Here we develop a methodology to trace these compounds throughout the environment using a stringent concept to describe their fate consistently and comprehensively. Using an individual country as the system scale, the individual flows of reactive nitrogen compounds are characterized between and wi…
Where does Sweden’s nitrogen go? Building a comprehensive national nitrogen budget
Open AccessFilip Moldan, Johanna Stadmark et al.ARTICLEEnvironmental Research Letters2025
We present Sweden’s first comprehensive National Nitrogen Budget (NNB), quantifying reactive nitrogen (Nr) inputs, outputs, and intersectoral transfers across eight key subpools, including agriculture, energy, industry, and waste. For the reference year 2015, we estimate that approximately 848 kt N entered Sweden in reactive forms, primarily through import of goods, ‘import’ of air pollution from upwind areas outside Sweden, and from nitrogen fix…