Part B: Oral
presentation abstracts
S1 Novel approaches to measuring,
interpreting and
parameterising biosphere/atmosphere exchange of nitrogen
compounds n Tuesday, 12
April 2011, 9:00-13:00, Fintry n
09:00 |
Dynamic chamber measurements of the NO-NO2-O3 triad within the NitroEurope project: characterisation of canopy resistance
of NO2 and comparison to existent deposition schemes |
Wolff V,
Flechard C R, Spirig C, Neftel A, Ammann C |
09:20 |
Assessment of the biosphere-atmosphere exchange of
reactive nitrogen comparing different methods |
Ammann C, Wolff V, Marx O, Brümmer C, Flechard CR, Neftel A |
09:40 |
Atmospheric Nitrogen Deposition to a Scottish
Moorland |
McKenzie RM, Skiba U, Nemitz E, Sutton MA, M Twigg, SK Jones, et
al. |
10:00 |
Inter-comparison of field methods for measurement of
nitrous oxide emissions |
Mishurov M,
Rafique R, Yamulki S, Kiely G |
10:20 |
Ammonia exchange measurements over a corn field
using DOAS systems |
Volten H,
Haaima M, Wichink Kruit R, Swart DPJ, Van Zanten MC, Van Pul WAJ |
| |
|
|
11:20 |
Ammonia concentrations and fluxes above a growing
triticale crop in northern France. |
Loubet B, Decuq C, Personne E, Massad RS, Flechard C,
Fanucci O, Mascher N, et al. |
11:40 |
Development of long term reactive N flux network in
Europe |
Twigg M,
Famulari D Flechard C Nemitz E Chojnicki B, Urbaniak M |
12:00 |
Three years of ammonia flux measurements at the
NitroEurope Level-3 site ‘Speulderbos’ |
Stolk A, van Zanten M, van Pul WAJ, Wichink
Kruit R |
12:20 |
The effect of NH4NO3 volatilisation in and above plant canopies on the deposition rate of nitrogen
compounds |
Nemitz E,
Ryder J, Phillips GJ, Di Marco CF, Lowe D, McFiggans G, Frumau A, Sutton MA |
12:40 |
Modelling the mass balance of NH3:
effects of including bi-directional surface-atmosphere exchange |
Wichink Kruit RJ, Sauter F, Schaap M, van Zanten MC, van Pul WAJ |
S2 Nitrogen
fixation in farming and ecological systems
(organised by the Legume Futures
FP7 project)
n Tuesday, 12 April 2011, 9:00-13:00, Sidlaw n
9:00 |
European Legumes: what is their
future? |
Sprent J |
9:20 |
Legume Futures: A research framework
for understanding the role of legumes in European farming systems |
Rees RM, Iannetta P, Murphy-Bokern D, Stoddard F, Topp
CFE, , et al. |
9:40 |
Nitrogen losses from low input and
conventional arable rotational agricultural systems |
Pappa VA, Rees RM, Walker R, Watson
CA |
10:00 |
Greenhouse gas emission decreases by
introducing peas in cropping systems |
Jeuffroy MHJ, Baranger E, Carrouée B,
de Chezelles E, Cellier P, , et al. |
10:20 |
Legumes - the key of nitrogen supply
Romanian eco-farming systems |
Toncea I, Pappa VA, Oprea G, Rees RM |
| |
|
|
11:20 |
Use of white clover to lower soil N2O
emissions from temperate moist grassland |
Li D, Lanigan G, Humphreys J |
11:40 |
Environmental analysis of pig
production systems: the production of home-grown proteins |
Topp CFE, Tolkamp BJ, Houdijk JGM , Stephen KL |
12:00 |
Nitrogen nutrition in two different
intercrops as influenced by organic or conventional cropping and salinity
level in a Mediterranean environment |
Kontopoulou CK, Savvas D, Bilalis D,
Pappa VA, Patsiali S |
12:20 |
Increased soybean production through
rhizobial inoculation under smallholder conditions in distinct
agro-ecological zones of Kenya. |
Musyoki M, Majengo C, Mutegi E, Thonar C, Faye A, Okalebo R, et al. |
12:40 |
Organic field beans have low nitrous
oxide emissions and high N-efficiency |
Kasimir Klemedtsson Å, Nylinder J, Stenberg M, Klemedtsson L |
S3 Nitrogen from headlands to coast -
transport,
transformations, effects, management
n Tuesday, 12 April 2011, 9:00-13:00, Carrick 2&3 n
9:00 |
Effects of climate change on nitrate
runoff – from headwaters to coastal areas |
Austnes K, de Wit H, Kaste Ø, Stuanes AO, Wright RF |
9:20 |
The role of aquatic systems in carbon
and nitrogen transformations in the Tay catchment. |
Harley J, Carvalho L, Heal K, Rees RM, Skiba U |
9:40 |
N2O production from
cropland soils, and transfer to ground- and surface waters (the Orgeval
watershed, Seine Basin, France) |
Vilain G, Garnier J, Cellier P, Billen G, Tallec G, Flipo N |
10:00 |
Landscape management and nitrogen
retention in the watersheds: quantitative impact at the coastal zone. |
Passy P, Garnier J, Billen G, Lancelot C, Gypens N |
10:20 |
Assessment of N dynamics in a large
Mediterranean catchment to improve the control of stream N pollution |
Lassaletta L, Romero E, Billen G, Garnier J, García-Gómez
H, Rovira JV |
| |
|
|
11:20 |
Nutrient enrichment effects of
atmospheric N deposition on biology in oligotrophic surface waters - a review |
de Wit HA and Lindholm M |
11:40 |
Sources, transformations and sinks of
nitrogen in a heavily impacted watershed (Oglio River, Northern Italy) |
Bartoli M, Racchetti E, Delconte CA, Sacchi E, Soana E, A
Laini, Viaroli P |
12:00 |
Coastal nitrogen cycling and the role
of dissolved organic nitrogen |
Voss M, Deutsch B, Korth F, Fellerhoff C |
12:20 |
Assessing the extent of nitrogen-limitation
in European lakes and the consequences for the provision of safe, clean water |
Carvalho L, Maberly SC, Mischke U, Skjelbred B, Phillips G, et
al. |
12:40 |
Spatially Explicit Linking of
Hydrology and Biogeochemistry in a watershed |
Rebel KT, SF Stofberg, KJ McGuire, EB Rastetter, MJ
Wassen |
S4 Environmental
cost & benefits and policy analysis
n Tuesday, 12 April 2011, 9:00-13:00, Harris 1 n
9:00 |
Structured stakeholder interviews to
support dissemination of NitroEurope results |
Winiwarter W |
9:20 |
The nitrous oxide foodprint of future
global population |
Breuer L, Windhorst D, Smith P, Bouwman AF,
Butterbach-Bahl K, et al. |
9:40 |
Greenhouse gas emissions of grassland
systems: consideration to match sustainability, food security and energy
production in a changing climate |
Neftel A, Ammann C, Calanca P, Conen F, Hensen A , Jones S. |
10:00 |
Nitrogen co-benefits and trade-offs of
novel CH4 mitigation measures applied on livestock systems |
del Prado A, Misselbrook T, Chadwick DR, Newbold C J |
10:20 |
Verifiability of result oriented
policy measures to reduce N emissions from German agriculture |
Techen AK and Osterburg B |
| |
|
|
11:20 |
Economic efficiency analysis of
reduction in ammonia emissions on a European scale |
Cadil J, Strizik M, Hartman D,
Nevrly V, Zelinger, Kankova E, Pavelka T |
11:40 |
How ancillary effects change the
cost-effectiveness of GHG mitigation measures? |
Eory V and Moran D |
12:00 |
Valuing atmospheric nitrogen impacts
on ecosystem services in the UK |
Jones MLM, Provins A, Holland M, Mills G, Hayes F, Emmett BA, et al. |
12:20 |
Marginal cost of reducing nitrogen
losses to water and air in Denmark |
Jacobsen BH |
12:40 |
Costs-benefit assessment for nitrogen
in the EU to support integrated N-policies |
Grinsven H.J.M. van, Jacobsen B.H., Klimont Z., Holland M., et
al. |
S5 Inverse
modelling as a means for independent GHG
verification n Wednesday, 13 April 2011, 14:20-17:20,
Fintry n
14:20 |
Top-down estimates of European CH4 and N2O emissions based on 5 different inverse models |
Bergamaschi P, Corazza M, Segers A, Vermeulen AT, Manning A, et
al. |
14:40 |
Inverse lagrangian modeling of
European CH4 and N2O emissions using continuous
concentration observations |
Vermeulen AT, Bergamaschi P, Corraza M, Verheggen B,
Popa EM, et al. |
15:00 |
The Met Office NAME - Inversion Method
in the Nitro-Europe project: Sensitivity of solution to key input parameters |
Athanassiadou M, Manning AJ, Segers A, Bergamaschi P |
| |
|
|
16:00 |
Global and European scale N2O
emissions estimated using a variational inversion approach |
Thompson RL, Bousquet P, Chevallier F, Dlugokencky E, Vermeulen
AT, et al. |
16:20 |
Regional-scale atmospheric inversions
of European CH4 and N2O emissions |
Karstens U, Rödenbeck C, Gerbig C, Heimann M,
Bergamaschi P, et al. |
16:40 |
Source attribution of the changes in
atmospheric methane for 2006-2008 |
Bousquet P, Ringeval B, Pison I, Dlugokencky EJ, Brunke E-G, et
al. |
17:00 |
Constraining NH3 emissions using
remote sensing and surface observations |
Henze D, Zhu J, Cady-Pereira K, Shephard M, Luo M, Bash J,
Pinder R |
S6 Microbial
processes of the N cycle
n Tuesday, 12 April 2011, 16:00-17:20, Sidlaw n
16:00 |
Quantitative molecular biology and N2O/N2 flux measurements demonstrate carbon amendment and depth affects on the
distribution and activity of sub-soil denitrifiers. |
Barrett M, Khalil MI, Jahangir MMR, Lee C, Cardenas LM,
Collins G, Richards KG, O’Flaherty V |
16:20 |
Distribution of carbon and nitrogen in
physically and chemically defined soil organic matter pools at the
NitroEurope measurement sites |
Denef K, Del Galdo I, Venturi A, Cotrufo MF |
16:40 |
Effects of dry-rewetting events on
soil N cycling in relation to microbial community composition along a
grassland management gradient |
Huygens D, Roobroeck D, Alvarez M, Boeckx P |
17:00 |
Microbial switch in function: Implications
for soil N and C dynamics and climate change |
Baggs EM, Acton SD, Hobkirk R |
S7 Feeding and
fuelling the city – the nitrogen metabolism of
urban areas n Tuesday, 12 April 2011, 16:00-17:20,
Carrick 2&3 n
16:00 |
Nitrogen flows and fate in urban landscapes |
Svirejeva-Hopkins A, Reis S, Magid J, Nardoto GB, Barles S, Bouwman A,
Erzi I, et al. |
16:20 |
The Nitrogen Imprint of Meat and Milk
Consumption. The case of Paris (France), 19th - 21st centuries |
Chatzimpiros P and Barles B |
16:40 |
Vienna’s nitrogen metabolism: food,
feed, waste and sewage in the phase of early industrialisation (1869-1910) |
Gierlinger S, Gingrich S, Krausmann F |
17:00 |
The nitrogen imprint of Paris food
supply: the role of meat and milk consumption |
Billen G, Barles S, Chatzimpiros P, Silvestre M, Garnier J |
S8 The role of
bioenergy crops for the nitrogen & carbon
cycles and food and energy
security
n Tuesday, 12 April 2011, 16:00-17:20, Harris 1 n
16:00 |
The effects of land use change and
management on N2O emissions from Miscanthus x giganteus |
Roth B, Finnan J, Jones MB, Burke JI, Williams MW |
16:20 |
Greenhouse gas fluxes from bioenergy
and conventional crops from the same commercial farm |
Drewer J, Finch J, Lloyd C, Skiba U |
16:40 |
Nitrous oxide emission allowed from
biofuel crops in Swedish systems |
Klemedtsson ÅK, Smith KA |
17:00 |
New Cropping Systems under Greenhouse
Gas and Fossil Energy Constraints |
Colnenne-David C, Charlier S, Grandeau G, Doré T |
S9 Drivers of
N and GHG fluxes and effects of climate change
in terrestrial ecosystems -
perspectives from observations at
the plot scale and manipulations
n Tuesday, 12 April 2011, 16:00-17:40, Fintry n
n Wednesday, 13 April 2011, 10:00-13:00, Fintry n
16:00 |
The effect of combined reduced tillage
and cover crop management on N2O emissions from a spring barley
field under reduced fertilizer application |
Rueangritsarakul K, Jones M,
Roth B, Abdalla M, Burke J, Williams M |
16:20 |
Postfire soil-atmosphere exchange of
carbon and nitrogen gases and nitrogen leaching in a Mediterranean shrubland |
Dannenmann M , Díaz-Pinés E , Parra A,
Kitzler B, Tejedor J,
Sánchez L, Karhu K, et al. |
16:40 |
Soil-atmosphere greenhouse gas
exchange in a Mediterranean shrubland as affected by experimental
precipitation reduction before and after an experimental fire |
Díaz-Pinés E , Dannenmann M , Parra A
Kitzler B, Tejedor J,
Sánchez L, Karhu K, et al. |
17:00 |
Synthesizing greenhouse gas fluxes
across nine NitroEurope heathlands and peatlands – responses to future
climatic and environmental changes |
Carter MS, Larsen KS, Lund M,, Sowerby A,
Sheppard L,
Portillo-Estrada M, et al. |
17:20 |
Climate change impacts on
C and N cycling and terrestrial ecosystem feedbacks – results from the
CLIMAITE experiment |
Beier C, van der Linden L, Ibrom A, Carter MS,
Larsen KS and Ambus P |
| |
|
|
10:00 |
N2O emissions from fertile
grasslands in the west coast of Norway – effect of fertilization and drainage |
Hansen S, Bernard ME, Rochette P, Riley H,
Nadeem S, Hauge
A, Dörsch P |
10:20 |
Responses of a grazed pasture to 12
years of elevated CO2 in a Free Air Carbon Dioxide Enrichment
(FACE) experiment |
Newton P, Lieffering M, Allard V, Bowatte S |
| |
|
|
11:20 |
Soil nitrogen storage potential along
a successional forest gradient in subtropical China |
Trogisch S, He JS, Hector A, Geißler C,
Ma Y, Scherer-Lorenzen
M |
11:40 |
Does adding N to forest canopies, as
compared to the soil, reveal similar effects on N and C cycling? |
Guerrieri R, Mencuccini M, Sheppard LJ,
Saurer M, Perks MP,
Levy P, Sutton MA, et al. |
12:00 |
Greenhouse gas exchanges of the soil
in a mountain forest subjected to N addition and after girdling Norway spruce
trees |
Krause K, Niklaus PA, Schleppi P |
12:20 |
Nitrous oxide and methane emissions
from boreal forest floor subjected to 16 years of increased N deposition |
Moldan F and Klemedtsson L |
12:40 |
The greenhouse gas exchange responses
to forest change in Europe |
Gundersen P, Alberti G, Brüggeman N,
Christiansen JR,
Gasche R, et al. |
S10 Integration
of measurements and models to reduce
uncertainty in the emissions and fate
of atmospheric
reactive nitrogen
n Wednesday, 13 April 2011, 10:00-17:20, Sidlaw n
10:00 |
Effect of N fertilizing over N2O
emissions in mediterranean croplands - Review, analysis and uncertainties |
Aguilera E, Lassaletta L, Sanz-Cobena
A, Gimeno BS, Vallejo A, Garnier, J |
10:20 |
Assessment of ammonia emissions from
cattle buildings |
Kozlova N, Maximov N, Bryukhanov A. |
| |
|
|
11:20 |
Nitrous oxide emissions from European
agriculture; an analysis of variability and drivers of emissions from field
experiments |
Rees RM, Topp K, Canterel A and all PIs from C Arable and
Grassland sites |
11:40 |
Greenhouse gas emission profiles of
European livestock sectors |
Lesschen JP, Van den Berg M, Westhoek HJ, Witzke HP, Velthof
GL, Oenema O |
12:00 |
Fine-scale estimation of biogenic
emissions of nitrous oxide using ecosystem and atmospheric models in France |
Gabrielle B, Prieur V, Thompson R, Schulz M, Schmidt
M, Boukari E, Lehuger S, Chaumartin F, Massad R |
12:20 |
Modelling the deposition of reactive
nitrogen to ecosystems: estimates, uncertainties and scaling issues |
Simpson D, Flechard C, Nemitz E, Sutton MA, Vieno M |
12:40 |
Multiscale evaluation of modeling
agricultural ammonia emissions in an air-quality model |
Bash JO, Pleim J, Walker JT, Dennis R, Cooter EJ, Pinder
RW, Jeong GR |
| |
|
|
14:20 |
Evaluation of a Regional Air Quality
Model NH3 Budget: Comparing a Bi-directional NH3 Flux
Parameterization with a Uni-directional Parameterization |
Dennis RL, Gore ML, Cooter EJ, Bash JO |
14:40 |
Linking Agricultural Management and
Air Quality Models for Regional to National-Scale Nitrogen Deposition
Assessments |
Cooter EJ, Bash JO, Ran L, Benson V, He Q, Dennis R |
15:00 |
Improved modelling of atmospheric
ammonia over Denmark using the coupled modelling system DAMOS |
Geels C, Andersen HV, Christensen JH, Ambelas Skjøth
C, Ellermann T, Løfstrøm P, et al. |
| |
|
|
16:00 |
Spatial and temporal variations in
Ammonia Emissions – A freely accessible model code for Europe |
Skjøth CA, Geels C, Berge H, Gyldenkærne S, Fagerli
H, Ellermann T, Frohn LM, et al. |
16:20 |
Wet-deposition of ammonium and nitrate
onto Europe using measurements |
Frumau KFA and Bleeke, A |
16:40 |
Organic nitrogen in precipitation
across Europe |
Cape JN, Gonzalez J, Mitosinkova M, Duerr M, Stolk A,
Makkonen U, Vidic S |
17:00 |
Assessment of uncertainties in
nitrogen and greenhouse gas fluxes from agro-ecosystems in Europe |
Kros J, Heuvelink GBM, Reinds GJ, Lesschen JP,
Ioannidi V, De Vries W, |
S11 Greenhouse
gas, carbon and nitrogen budgets for
terrestrial ecosystems
n Wednesday, 13 April 2011, 10:00-17:20, Carrick 2&3 n
10:00 |
Net GHG balance of sheep livestock
farming in grasslands of Inner Mongolia, China |
Schönbach P, Wolf B,
Dickhöfer U, Wiesmeier M, Chen W, Wan H, Gierus M, et al. |
10:20 |
Greenhouse gas budget from a
Mediterranean rice paddy field |
Meijide A, Gruening C, Goded I, Duerr M, Magliulo E, di
Tomasi P, Seufert G, Cescatti A |
| |
|
|
11:20 |
Interaction between Nitrogen and
Carbon cycling at four NitroEurope forest supersites |
Ibrom A, Ambus P, Beier C, Butterbach-Bahl K,
Carter MS, Duyzer J, Frumau KFA, et al. |
11:40 |
A synthesis on carbon, nitrogen and
greenhouse gas budgets of four agricultural sites across Europe |
Loubet B, Cellier P, Laville P, Génermont S, Mascher N,
Meijide A, Seufert G, et al. |
12:00 |
Synthesis of nitrogen and greenhouse
gas budgets of the NitroEurope grassland sites |
Ammann C, Horváth L, Jones SK, Anderson M, Coyle M, Helfter
C, Kindler R, Machon A, et al. |
12:20 |
Nitrogen and greenhouse gas budgets
from European soil ecosystems- A synthesis of the Level 3 site measurement
network. |
Skiba UM, Drewer J, Tang YS, van Dijk N, Helfter C,
Nemitz E, Twigg M, Famulari D, et al. |
12:40 |
Modelling soil greenhouse gas exchange
of terrestrial ecosystems |
Fröhlich A, Werner C, Haas E, Butterbach-Bahl K, Grote
R, Kiese R |
| |
|
|
14:20 |
Effects of climate perturbation on the
N-exchange within atmosphere and seminatural grassland in Hungary |
Machon A, Horváth L, Weidinger T, Grosz B, Pintér K, Nagy Z |
14:40 |
Gas diffusivity, nitrogen
transformation processes and nitrous oxide emissions in arable systems |
Chirinda N, Olesen JE, Porter JR, Schjønning P |
15:00 |
Comparison of static chambers to
measure CH4 and N2O fluxes from soils |
Pihlatie M, Christiansen JR, Aaltonen H, Korhonen J,
Nordbo A, Rasilo T, et al. |
| |
|
|
16:00 |
Soil type influences gross N dynamics
in Norway spruce forests |
Rütting T, Björsne A-K, Julén E, Klemedtsson L |
16:20 |
Environmental controls of soil
–atmosphere exchange of N2O, CH4, and CO2 fluxes in a temperate spruce foresttemperate spruce forest |
Luo G, Brüggemann N, Gasche R, Willibald G, Wolf
B, Butterbach-Bahl K |
16:40 |
Nitrogen trace gas emissions from
tropical mountain forests in Rwanda |
Gharahi Ghehi N, Cizungu L,
Mbonigaba JJ , Van Ranst E , Butterbach-Bahl K , et al. |
17:00 |
Stand age and tree species affect N2O
and CH4 fluxes from afforested soils |
Christiansen JR and Gundersen P |
S12 Modelling
and measurement of landscape scale N and
GHG fluxes and budgets
n Tuesday, 12 April 2011, 10:00-13:00, Harris 1 n
10:00 |
Strategies for measuring flows of
reactive nitrogen at the landscape scale |
Theobald MR, Akkal N, Bienkowski J, Bleeker A, Boegh E, Boissy
J, Braban CF, Dalgaard T et al. |
10:20 |
Measurements of N2O
emissions at the landscape scale: Spatial and temporal variability |
Schelde K, Cellier P, Bertolini T, Weidinger T,
Bienkowski J, Janku K, Durand B, et al. |
| |
|
|
11:20 |
How (not) to produce detailed farm
management inventories for landscape scale nitrogen modelling |
Dragosits U, Dalgaard T, Hutchings N, Durand P,
Bienkowski J, Magliulo V, et al. |
11:40 |
Nitrogen fluxes in a study landscape
in Southern Scotland |
Vogt, E, Dragosits U, Braban
CF, Theobald MR, Billett MF, Dore AJ, Tang YS, van Dijk N, et al. |
12:00 |
Remote sensing based mapping of leaf
nitrogen and leaf area index in European landscapes using the REGularized
canopy reFLECtance (REGFLEC) model |
Boegh E, Houborg R, Bienkowski J, Braban C, Dalgaard T, van
Dijk N, Dragosits U, et al. |
12:20 |
Influence of short-range processes on
landscape nitrogen budget |
Duretz S, Drouet JL, Durand P, Cellier P |
12:40 |
Modelling nitrogen transport and
turnover at the hillslope scale – a process oriented approach |
Kraft P, Haas E, Butterbach-Bahl K, Frede H-G,
Breuer L |
S13 Nitrogen
budgets – farm to national scale
n Wednesday, 13 April 2011, 14:20-17:20, Harris 1 n
14:20 |
Model-based analysis of spatially
explicit nitrogen management at the landscape scale |
Olesen JE, Dalgaard T, Drouet J-L, Duretz S, Durand P,
Theobald MR, Hutchings NJ, et al. |
14:40 |
Farm nitrogen balances in European
Landscapes |
Dalgaard T, Durand P, Dragosits U , Hutchings NJ, Kedziora A,
J Bienkowski, Frumau A, et al. |
15:00 |
Switzerland’s integrated nitrogen
budgets |
Heldstab J, Achermann B, Biedermann R, Rentimann J |
| |
|
|
16:00 |
The total nitrogen budget as a
national or a local scale application |
De Marco A, Valli L, Screpanti A, Vialetto G |
16:20 |
The INTEGRATOR model: a tool to assess
greenhouse gas emissions and nitrogen fluxes in Europe |
Reinds GJ, Kros J, Uiterwijk M, de Vries W |
16:40 |
Necessary measures to close nutrient
cycles in the Netherlands |
Boekhold, AE |
17:00 |
Nitrogen inputs and losses related to
the different European livestock sectors |
Westhoek HJ, Lesschen JP, Oenema O |
S14 Marine
N-cycle, eutrophication problems and GHG fluxes
n Thursday, 14 April 2011, 10:00-12:20, Fintry n
10:00 |
Nitrogen dynamics in the
rapidly-warming coastal sea ice zone of the western Antarctic Peninsula |
Henley SF, Ganeshram RS, Carson DS, Fallick AE, Clarke, AC,
Meredith, MP and Venables, HJ |
10:20 |
Dissolved Nitrogen Dynamics in the
Sundarban Mangrove Ecosystem, India |
Ramanathan AL, Singh G, Santra SC, Ranjan RK, Chauhan R |
| |
|
|
11:20 |
Marine nitrous oxide and global change |
Bange HW |
11:40 |
Can the nitrogen removal via
denitrification counteract the eutrophication of coastal seas? |
Deutsch B, Forster S, Humborg C, Dippner JW, Voss M |
12:00 |
Nitrogen export to European Seas from
1985 to 2005 |
Bouraoui F and Grizzetti B |
S15 The effect
of reactive nitrogen emissions on atmospheric
chemistry drivers of climate
change (organised by ACCENT)
n Thursday, 14 April 2011, 10:00-15:20, Ochil 1-3 n
10:00 |
Global ammonia distributions derived
from infrared
space observations |
Van Damme M, Clarisse L, Clerbaux C, Hurtmans D, Ngadi Y,
Schaap M, et al. |
10:20 |
Dry deposition to a surrogate surface
– estimating the total
inorganic nitrogen deposition to coniferous forests in
Sweden |
Karlsson PE, Akselsson C , Ferm M, Hellsten S, Hultberg H, Pihl
Karlsson G |
| |
|
|
11:20 |
Effects of climate change on the net
exchange of reactive
Nitrogen compounds - principles and available evidence. |
Fowler D |
11:40 |
The impact of global change on the net
ecosystem/
atmosphere exchange of ammonia |
Flechard C, Fowler D, Simpson D |
12:00 |
Modelling the effect of climate change
only on
environmental pollution losses from UK dairy systems |
del Prado A, Shepherd A, Wu L, Topp C, Moran D, Tolkamp B ,
Gallejones P, Chadwick DR |
12:20 |
Control of regional atmospheric
nitrate concentrations |
Vieno M, Nemitz E, Heal MR, Reis S, Doherty R, Stevenson D,
Dore AJ, Leaver D, et al. |
12:40 |
Strategies to mitigate particle
emissions from agriculture:
links between primary particles and ammonia |
Faburé J, Rogier S, Génermont S, Cellier P, Bedos C,
Saint-Jean S, Fiani E, Loubet B |
| |
|
|
14:20 |
Direct aerosol effect of ammonium
nitrate: Evaluation of
modelled diurnal variation with new observations |
Schaap M, Wichink Kruit RJ, Weijers EP, Sauter F, van Pul
WAJ |
14:40 |
Abundance and Distribution of Gaseous
Ammonia and
Particulate Ammonium at Delhi (INDIA) |
Singh S, Kulshrestha UC |
15:00 |
Trends in nitrogen deposition in
Spain: Comparison of measured and modelled data |
García-Gómez H , Lassaletta L, Rabago I, Avila A, Sánchez G,
González A, González-Fernández I, Alonso R |
S16 Effects of
excess nitrogen on ecosystems and biodiversity
n Thursday, 14 April 2011, 10:00-15:20, Carrick 2&3 n
10:00 |
What does reactive nitrogen deposition
do and where does it go in peatland ecosystems? |
Sheppard LJ, Leith ID, van Dijk N, Leeson S, Kivimaki S, Woods
C, Cape JN, et al. |
10:20 |
The integrated response of nutrient
poor terrestrial ecosystems to increased nitrogen availability: the
Mediterranean maquis |
Dias T, Martins-Loução MA, Sheppard LJ, Cruz C |
| |
|
|
11:20 |
Impact of nitrogen addition on species
richness, plant δ15N and soil mineral N in a temperate steppe plant
community |
Liu X, Song L, Bao X, Fangmeier A,
Christie P, Zhang F |
11:40 |
Assessing spatial characteristics of
nitrogen pollution in a Mediterranean landscape using lichen
functional-diversity: from local to sub-national spatial scales |
Pinho P, Martins-Loução MA, Máguas C, Branquinho C |
12:00 |
Can we detect the footprint of
low-level nitrogen deposition on acid grasslands in a context of climate
change? A comparative approach for the last 25 years. |
Gaudnik C, Corcket E, Clément B,
Delmas CEL, Gombert-Courvoisiere S, Muller S, Stevens CJ, Alard D |
12:20 |
Fate and impact of acute atmospheric
nitrogen deposition on plants and microbial communities in the high Arctic
tundra |
Choudhary S, Blaud A, Oulehle, F, Osborn, AM, Evans, C,
Phoenix, GK |
12:40 |
Using national data archives to detect
nitrogen impacts on vegetation in the UK |
Stevens CJ, Henrys PA, Smart SM, Maskell LC, Walker KJ, Preston
CD, Crowe A, et al. |
| |
|
|
14:20 |
Impacts of N inputs on forests and
forest soil biogeochemistry in Great Britain |
Vanguelova E and Pitman R |
14:40 |
Reduced N cycling in response to
elevated CO2, warming, and drought in a Danish heathland |
Larsen KS, Andresen LC, Beier C, Jonasson S, Albert KR,
Ambus P, Arndal MF, et al. |
15:00 |
The impact of 10 years repeated summer
drought and warming on the nitrogen and carbon balance of a hydric shrubland
ecosystem |
Smith A, Sowerby A, Emmett B, Williams, D, van Baarsel S,
Mills R |
S17 Modelling
the impacts of drivers of change (in land
cover, land management, climate,
air quality) on N and GHG
fluxes n Thursday, 14 April 2011, 10:00-15:20,
Harris 1 n
10:00 |
Modelling the dynamics of forest
ecosystems at different levels of nitrogen deposition and climate change |
Shanin V, Komarov A, Bykhovets
S |
10:20 |
Synergies and conflicts in addressing
climate change and nitrogen deposition in terrestrial ecosystems |
Belyazid S, Sverdrup H, Akselsson C, Kurz D |
| |
|
|
11:20 |
Climate variations and agriculture
changes : modelling how they affect the N agro-hydrological cycle in farming
catchments |
Durand P, Salmon-Monviola J, Ferchaud F |
11:40 |
Simulating crop rotations,
fertilization and field operations at a European scale for use in complex
dynamic models |
Hutchings N, Wattenbach M, Reinds G J, Leip A,
Bienkowsk J, Dalgaard T, Dragosits U, |
12:00 |
Detailed process-based modelling of N
trace-gas exchange from arable and forest soils of Europe |
Werner C, Haas E, Kiese R, Butterbach-Bahl K |
12:20 |
Predicting Net Ecosystem Exchange of
European croplands and its response to change in N inputs and climate change |
Yeluripati JB, Kuhnert M, Wattenbach M, Hutchings N, Leip A,
Reinds GJ, Schelhaas MJ and Smith P |
12:40 |
Enhanced terrestrial photosynthesis
for forests due to nitrogen deposition - consequences for global carbon
cycling |
Fleischer K, Rebel K, van der Molen M, Dolman H, Wassen
M |
| |
|
|
14:20 |
Regionalization of greenhouse gas
emissions from agricultural soils: A process-based exercise for the Federal
State of Saxony, Germany |
Haas E, Werner C, Kiese R, Fröhlich A,
Butterbach-Bahl K |
14:40 |
Carbon and nitrogen fluxes in European
forests in response to changes in nitrogen deposition, climate and CO2 between 2005 and 2030: A model comparison study. |
Cameron D, van Oijen M, Butterbach-Bahl K, Heuvelink
G, Kiese R, Kros J, Leip A, et al. |
15:00 |
Modelling past and future impacts of
changes in climate, nitrogen deposition, ozone and CO2 exposure on
carbon sequestration in European forests |
de Vries W, Posch M, Simpson D, Nyiri A, Bonten L, Reinds G |
S18 Future
nitrogen perspectives
n Thursday, 14 April 2011, 12:20-15:20, Fintry n
12:20 |
How will increasing food demand change
the global nitrogen cycle? |
Bodirsky B, Weindl I, Lotze-Campen H, Popp A |
12:40 |
Environmental and health impacts of
biomass production driven by climate policies in the EU-27 |
Wagner S, Blesl M, Müller W, Preiss P, Roos J, Friedrich R |
| |
|
|
14:20 |
Nitrate in Danish Groundwater during
the last 60 years |
Hansen B, Thorling L, Dalgaard T, Erlandsen M |
14:40 |
Designing innovative farming systems
to limit diffuse pollution in catchments: assessment of the crop allocation
modeling |
Moreau P, Durand P, Salmon-Monviola J, Ramat E, Baratte C,
Piquemal B |
15:00 |
Natura 2000 - the Challenge of
Nitrogen Deposition |
Hicks WK , Whitfield C, Bealey WJ, Sutton, MA |
Part C: Poster abstracts
S1 Novel approaches to measuring, interpreting and
parameterising
biosphere/atmosphere exchange of nitrogen
compounds
Ammonia air-surface exchange in an
unfertilized hay field in the south-eastern U.S. |
Walker JT, Jones M, Bash JO, Nemitz E,
Robarge W |
Time integrated nitrous
oxide and methane flux measurements using automated chambers across Europe |
Twigg M, Skiba U, Drewer
J, Ambus P, Sutton MA, Stefani P, Zampedri R, et al. |
TRANC – A new tool to
measure total reactive atmospheric nitrogen |
Brümmer C, Marx O,
Ammann C, Don C, Kutsch WL, Lempio D, Wolff V, Freibauer A |
Nitrogen oxides and ozone exchange at
a Dutch coniferous forest |
Frumau KFA, Hensen A, Bleeker A, van
der Tol C, Duijzer J, Weststrate H |
Ammonia fluxes from intensively and
extensively grazed British grasslands |
Jones SK, Coyle M, Nemitz E |
Application of the spectrophotometric
method to determine ammonium nitrogen concentration in soils, plants and
ammonia in the atmosphere |
Kułek B |
N gas emissions from soils –
comparison of three measuring systems for the direct determination of N2 and N2O |
Michel K, Augustin J,
Butterbach-Bahl K, Zechmeister-Boltenstern S |
Evaluation of the disjunct eddy
covariance method for estimating the fluxes divergence of nitrogen oxides and
ozone |
Loubet B, Stella P, Fanucci O, Mascher
N |
Selected approaches supporting a
better description of emission sources of reactive nitrogen |
Zelinger Z, Nevrly V, Kubat P, Berger
P, Cerny A, Engst P, Bitala P, Janeckova R, et al. |
S2 Nitrogen
fixation in farming and ecological systems
(organised by the Legume Futures
FP7 project,
http://www.legumefutures.eu/)
S3 Nitrogen
from headlands to coast - transport,
transformations, effects, management
Effects of water content and
fertilisation on direct and indirect nitrogen losses from Vicia faba plants |
Pappa VA, Hulin AI, Rees RM |
Contribution of fluvial export on C
and N balances on a boreal fen |
Lohila A, Aurela M, Hatakka J,
Tuovinen J-P, Vuorenmaa J, Penttilä T, Laurila T |
Denitrifying bacterial community
structure and denitrification in the
water column and sediments of the Seine River (France) |
Roose-Amsaleg C, Garnier J, Laverman
AM |
The Sensitivity of diffuse nitrate
pollution to climate and land use change in Scotland |
Sample JE, Dunn SM, Brown I |
Farming and Landscape Complexities in
Relation to N Fluxes in Wyskoć Catchment (Poland) |
Bieńkowski J, Jankowiak J,
Kędziora A, Dąbrowicz R, Nowak M |
Defining Nitrogen and Phosphorus
Concentrations to Prevent Eutrophication of Canadian Agricultural Streams |
Chambers PA, Culp JM, Brua RB, Benoy
GA
|
Stream nitrate levels in a large
Mediterranean catchment: historical evolution, scales and policy implications |
Lassaletta L, García-Gómez H, Gimeno
BS, Rovira JV |
A reversal in NO3 trends for lakes and
rivers in Northern Italy: towards a recovery from N saturation? |
Rogora M, Arisci S, Marchetto A |
S4 Environmental
cost & benefits and policy analysis
S5 Inverse
modelling as a means for independent GHG
verification
S6 Microbial
processes of the N cycle
Fire alters Soil Microbial Communities
and their GHG emission dynamics |
Kitzler B, Povoas-Guimaraes L,
Dannenmann M, Díaz-Pinés E, Tejedor J, Karhu K, Parra A, et al. |
Total N concentrations and d15N
signatures as indicators of soil biodiversity |
Santamaría JM, Elustondo D, Fenn ME,
Bytnerowicz A, Jordana R, Baquero E, et al. |
Energy limitation restricts nutrient
cycling in boreal forest soils; potential effects on the nitrogen
availability |
Lindén A, Heinonsalo J,
Oinonen M, Hilasvuori E, Sonninen E, Biasi C, et al. |
N in the environment: man determines
what goes in, the belowground determines what comes out. |
Dias T, Branquinho C, Pinho P, Chaves
S, Tenreiro R, Martins-Loução MA, et al. |
Separating the effects of N-driven
changes in litter quality and soil microbial communities on decomposition in
a Mediterranean ecosystem. |
Dias T, Cerqueira C, Chaves S,
Tenreiro R, Martins-Loução MA, Sheppard LJ, Cruz C |
Nitrifier denitrification as a
significant nitrous oxide source from soils |
Kool DM, Oenema O, Wrage N,
van Groenigen JW |
Mineralization and litter
decomposition in heathland and grassland ecosystems during climate change
across a European moisture and temperature gradient |
Andresen LC,
Emmett BA, Schmidt K, Beier C, Tietema A, Kroel-Dulay G, De Angelis P,
Estiarte M |
S7 Feeding and
fuelling the city – the nitrogen metabolism of
urban areas
S8 The role of
bioenergy crops for the nitrogen & carbon
cycles and food and energy
security
Sustainable bioenergy production using
a low N input switchgrass-microbe system |
Ker K, Fyles JW, Driscoll BT, Seguin
P, Smith DL |
Comparison of Methyl Halide and VOC
Emissions from Conventional & Bioenergy Crops |
Morrison A, Heal M, Drewer J |
N2O emissions from land use
change into bioenergy crops |
Krol D, Ní Choncubhair Ó, Jones MB,
Williams M, Osborne BA, Lanigan GJ |
S9 Drivers of
N and GHG fluxes and effects of climate change
in terrestrial ecosystems -
perspectives from observations
at the plot scale and manipulations
Altered response to nitrogen supply of
mixed grassland communities in a future climate |
Van den Berge J, Naudts K,
Janssens IA, Ceulemans R, Nijs I |
N2O emission patterns during the
growing season of sunflower in a Mediterranean climate |
Goglio P, Di Bene C, Bosco S, Laville
P, Ragaglini G, Gabrielle B, Mazzoncini M, Bonari E |
Soil-atmosphere greenhouse gases (CO2,
CH4 and N2O) exchange in a Mediterranean-type oak
woodland in southern Portugal |
Shvaleva A, Lobo do Vale R, Cruz C,
Castaldi S, Rosa AP, Chaves MM, Pereira JS |
Effect of irrigation on the
effectiveness of an urease inhibitor to mitigate N2O emission from
an urea fertilized maize crop |
Sanz Cobeña A, Sanchez-Martín L,
García L, Vallejo A |
Choice of good agricultural practices
with ecologically safe nitrogen balance applied for the Bulgarian FLUVISOILS
case-study |
Nitcheva O and Milev B |
Overview of Field Investigations in
the NEU Arable Site “Petrodolinskoe”, Ukraine (2006-2010) |
Medinets V, Medinets S, Bilanchin Y,
Pitsyk V, Kotogura S |
Short-term effect of tillage intensity
on N2O and CO2 emissions |
Boeckx P, Van Nieuland K, Van Cleemput
O |
Biochar for improved N fertilizer
efficiency |
Backer, Rachel; Teshler, Inna; Smith,
Donald |
N2O emission from organic barley
cultivation as affected by green manure treatment |
Nadeem S, Hansen S, Bleken M, Dörsch P |
Short-term responses of the nitrifying
community to N additions in a Mediterranean ecosystem |
Dias T, Chaves S, Tenreiro R, Tenreiro
A, Carolino M, Martins-Loução MA, et al. |
Greenhouse gas emissions from savanna
(miombo) woodlands: responses to clearing and cropping |
Mapanda F, Wuta M, Nyamangara
J, Rees RM, Kitzler B |
Climatic and management effects on
Nitrous Oxide and Carbon Dioxide fluxes from grassland soils |
Gordon H, Topp CFE, Nevison IM, Ball
BC, Rees RM |
Effect of fire in Mediterranean
shrub-land on soil nitrogen cycling and emissions of nitrous oxide |
Karhu K, Dannenmann M, Kitzler B,
Díaz-Pinés E, Tejedor J, Ramirez D, Parra A, et al. |
Use of 15N tracers to study the effect
of the nitrification inhibitor dicyandiamide on the mole fraction of N2O
from cattle slurry applied to grassland |
McGeough K, Laughlin RJ, Watson CJ,
Ernfors M, Cahalan E, Richards KG, Müller C |
Combined effect of sugarcane trash
mulch, slurry properties and tropical climatic conditions on ammonia
volatilization after pig slurry application |
Sansoulet J, Génermont S, Morvan T,
Saint Macary H, Paillat JM |
Assessing leaf area index and leaf
nitrogen impacts on net ecosystem CO2 exchange in a beech forest |
Wang C, Boegh E, Dellwik E,
Hansen K, Schjorring JK, Wang L |
Four decades of yearly nitrogen
fertilization in a boreal forest stand – impact on dissolved organic carbon
and nitrogen. |
Rappe George MO, Berggren
Kleja D, Gärdenäs AI |
Reduction of N2O emissions
in biochar-amended soils |
Hüppi R, Leifeld J, Felber R, Neftel A |
Interactions between uptake of amino
acids and inorganic nitrogen in wheat plants |
Gioseffi E, de Neergaard A, Schjoerring
JK |
Effect of CO2 on N2O
analysis by GC-ECD |
Drewer J, Skiba U,
Butterbach-Bahl K |
S10 Integration
of measurements and models to reduce
uncertainty in the emissions and fate
of atmospheric
reactive nitrogen
A framework for improving the national
inventory reporting of agricultural nitrous oxide emissions from the UK
(InveN2Ory) |
Chadwick D, Rees RM, Williams J, Smith
P, Skiba UM, Hiscock K, Manning AJ, Watson C, et al. |
FACE-N project: Free-Air CO2 Enrichment study for paddy rice with a focus on its effect on nitrogen cycle |
Hayashi K, Hasegawa T, Tokida T, Ono
K, Matsuda K, Toyoda S, Yano M, Sudo S, et al. |
Coupling of the DNDC ecological model
to the WRF Numerical Weather Prediction System |
Grosz B, Horváth L, Gyöngyösi A Z,
Weidinger T, Nagy Z |
Sensitivity of the process-based model
DNDC on microbiological parameters |
Leip A, Follador M, Tarantola S, Busto
M, Villa-Vialaneix N |
Measuring and modelling dry deposition
of ammonia to deciduous forest using high temporal and spatial resolution
techniques |
Hansen K, Sørensen LL, Hertel
O, Andersen HV, Geels C, Jensen B, Hildan MK, Lund SW, Boegh E |
Concentration gradient measurements of
trace gases (O3-NO-NOx, NH3) for flux
calculation; results and uncertainties |
Weidinger T, Horváth L, Takács Z,
Machon A, Pogány A, Bozóki Z, Pintér K, Nagy Z, et al. |
Predicting major subsurface transport
pathways as a key to understand spatial dynamics of reactive nitrogen in
stream water |
Kraft P, Dalgaard T, Schelde
K, Wohlfahrt T, Frede H-G, Breuer L |
Spatial modelling of nitrogen
emissions with DailyDayCent |
Kuhnert M, Yeluripati J, Smith P, the
NitroEurope Team |
Accounting for slurry application rate
and heterogeneity in mechanistic modeling of ammonia volatilization:
Application to the Volt'Air model |
Garcia L, Génermont S, Bedos C,
Cellier P |
Uncertainty quantification of NO and N2O
emissions modeled by MoBiLE-DNDC from a selection of arable and forest sites |
Rahn K-H, Werner C,
Butterbach-Bahl K |
Soil N2O emissions in
national greenhouse gas inventories: potential for improvement |
Winiwarter W, de Vries W, Leip A,
Lesschen JP, Yeluripati J |
S11 Greenhouse
gas, carbon and nitrogen budgets for
terrestrial ecosystems
Nitrous oxide emissions from pastures
on sandy loam Spodosols of North-Western Russia |
Buchkina NP, Rizhiya EY, Balashov EV,
Boitsova L V, Moiseev KG |
Nitrous oxide emissions and mitigation
potentials in Irish agriculture |
Kuhs M, Khalil MI, Byrne C |
Full Nitrogen balance of a boreal
Scots pine forest |
Korhonen JFJ, Pihlatie M, Hari P,
Pumpanen J, Levula J, Hari P, Nikinmaa E, et al. |
Under Mediterranean conditions, the N
cycling through biotic and abiotic compartments allows soil inorganic N to
reflect cumulative N additions only in autumn. |
Dias T, Martins-Loução MA, Sheppard
LJ, Cruz C |
N2O and CH4 flux measurements using
SIGMA auto-chambers on the arable site “Petrodolinskoye”, Ukraine |
Medinets S, Skiba U, Kotogura S,
Medinets V, Drewer J, Pitsyk V |
Soil mineral nitrogen content and its
drivers over a triticale rotation in northern France |
Gueudet JC, Mascher N, Durand B,
Fanucci O, Laville P, Stella P, Loubet B, Cellier P |
Biomass dynamics and carbon fluxes
over a triticale rotation in northern France |
Mascher N, Gueudet JC, Durand B,
Fanucci , Laville P, Stella PA, Loubet B, Cellier P |
Measurements of Nitrous (N2O)
and Nitric (NO) oxides fluxes with automatic chambers and with on line
analysis: assessment of 4 years at Grignon Field. |
Laville P, Loubet B, Masher N, Lehuger
S, Stella P, Flura D, Fanucci O, Durand B, et al. |
Ammonia loss factors related to
application of slurry used in European emission inventories: Need for a
revision? |
Neftel A, Sintermann J, Hensen A,
Loubet B, Flechard CR |
Knowledge gaps in soil carbon and
nitrogen interactions - From molecular to global scale |
Gärdenäs AI, Ågren GI, Bird
JA, Clarholm M, Hallin S, Ineson P, Kätterer T, Knicker H, et al. |
Long term methane exchange on a boreal
fen in northern Europe |
Aurela M, Lohila A, Hatakka J,
Tuovinen J-P, Penttilä T, Viisanen Y, Laurila T |
Seasonal variations of nitrogen status
and turnover in three different vegetation types |
Wang L and Schjoerring JK |
S12 Modelling
and measurement of landscape scale N and
GHG fluxes and budgets
Spatial modeling of soil suitability
for zero-tilliage wheat sowing in rice wheat areas |
Iqbal F, Iqbal F, Iqbal S |
A co-built method for assessing
mitigation options at farm scale in vulnerable coastal catchments |
Vertès F, Delaby L, Ruiz L, Moreau P,
Gascuel-Odoux C |
An integrated database for studying
the nitrogen flows in European agricultural landscapes |
Drouet J-L, Maury O, Dalgaard T,
Dragosits U, Theobald MR, Durand P, Sutton MA, Cellier P |
Study of the spatial variability of N2O
emissions at the landscape scale in Centre France |
Grossel A, Gu J, Nicoullaud B,
Guimbaud C, Rochette P, Robert C, Catoire V, et al. |
Assessing ammonia gaseous emissions of
water buffalo operations in Southern Italy |
Magliulo V, Vitale L, Oliva M, Palumbo
I, Loubet B |
A generic probability based algorithm
to simulate the distribution of dominant crop types in time and space |
Wattenbach M, Schartner T,
Hillier J, Hattermann F, Wechsung F, v Oijen M, et al. |
Can’t we use it for something? –
Riparian buffers for nitrate removal by biomass production: scenarios in six
European agricultural landscapes using riparian buffers |
Christen B and Dalgaard T |
Using the NitroScape model to quantify
nitrogen budgets within European landscapes |
Drouet J-L, Akkal N, Bienkowski J,
Bleeker A, Braban C, Dalgaard T, Dragosits U, et al. |
Ammonia and trees in the landscape:
Experimental studies |
Famulari D, Braban CF, Bealey WJ, Tang
YS, Coyle M, Helfter C, Grigorova E, Nemitz E, Leeson S, Sutton MA, Twigg M, et
al. |
S13 Nitrogen
budgets – farm to national scale
A nitrogen budget of mainland China
with spatial and temporal variation |
Yan X and Cai Z |
Soil nitrogen losses in winter wheat
under temperate climatic conditions in Greece |
Karyotis T and Noulas C |
Estimation of Nitrogen budget in
arable land area: what we know and what we lack |
Medinets S, Medinets V, Skiba U,
Bilanchin Ya, Kotogura S, Pitsyk V |
Long-term trends of nitrogen
deposition over Denmark |
Geels C, Ellermann T, Hansen
KM, Christensen J, Frohn LM, Hertel O, Ambelas Skjøth C et al. |
Development of a tool for dynamic
prediction of changes in integrated nitrogen budgets |
Leip A, Heldstab J, Achermann B |
S14 Marine
N-cycle, eutrophication problems and GHG fluxes
S15 The effect
of reactive nitrogen emissions on atmospheric
chemistry drivers of climate
change (organised by ACCENT)
SURFATM-O3: a new model for
partitioning ozone deposition over agro-ecosystems. Development and
application to a maize canopy |
Stella P, Personne E, Loubet
B, Lamaud E, Mascher N, Cellier P |
Filtering Effects of Canopy on
Atmospheric Nutrient Deposition in Typical Forests in Sub-tropical and
Temperate Areas of China |
Du E |
Modelling agricultural ammonia
emissions: impact on particulate matter formation |
Hamaoui-Laguel L, Meleux F, Beekmann
M, Létinois L, Bessagnet B, Génermont S |
S16 Effects of
excess nitrogen on ecosystems and biodiversity
Annual variation of foliar nitrogen
and chlorophyll contents in mature Holm oak trees as basis for the estimation
of canopy nitrogen in a Mediterranean wooded grassland ecosystem |
González Cascón MR, Pacheco Labrador
J, Martínez Vega FJ, Martín Isabel MP |
Can lichen functional diversity be a
good indicator of macroclimatic conditions? |
Matos P, Pinho P, Llop E, Branquinho C |
Modelling the deposition of nitrogen
and the exceedance of critical loads and levels in the UK |
Dore AJ, Werner M, Hallsworth S, Kryza
M, Hall J, Dore CJ, Dragosits U, Smith RI, Tang SY, et al. |
The performance of different
ecological indicators for measuring the impact of NH3 pollution in
Mediterranean areas |
Branquinho C, Pinho P, Dias T,
Martins Loução MA, Cruz C |
S17 Modelling
the impacts of drivers of change (in land
cover, land management, climate,
air quality) on N and GHG fluxes
Improving nitrogen efficiency from
urine applied to grassland lysimeters in Ireland |
Selbie D, Cameron KC, Di HJ, Moir JL,
Whelan S, Pierce K, Lanigan GJ, Richards KG |
Ammonia volatilisation from urban
waste composts applied in the field in comparison with dairy cow farm yard
manure |
Génermont S, Décuq C, Flura D, Fanucci
O, Masson S, Rampon J N, Michaud A, et al. |
The influence of different
agricultural management practices on nitrous
oxide emissions with Landscape-DNDC model |
Kim Y, Berger S, Kiese R,
Tenhunen J, Gebauer G, Butterbach-Bahl K |
Nutrient leaching and greenhouse gas
emissions from fertilized croplands in Zimbabwe |
Mapanda F, Wuta M, Nyamangara J, Rees
RM |
Effect of soil saturation on
denitrification in a grassland soil |
Cardenas LM, Butler M, Gregory AS,
Matthews GP, Whalley WR, Bird NRA, et al. |
Use of a nitrification inhibitor to
decrease nitrous oxide emissions after application of slurry to Irish
grassland |
Cahalan E, Ernfors M, Devaney
D, Khalil MI, Müller C, Laughlin RJ, Watson CJ, et al. |
Principles of Integrated Soil
Fertility Management applied to cropping systems in the highlands of
Sud-Kivu, DR Congo |
Boeckx P, Merckx R, Pypers P, Sanginga
JM, Kasereka BV,WalangululuMJ, et al. |
S18 Future
nitrogen perspectives
Improving barley yields in organic
stockless farming systems through innovations in green manure management |
Hansen S, Frøseth RB, Bakken AK, Riley H, Kristensen KT, Bleken MA |
Agroforestry Ammonia Abatement:
Practicalities, Implications and Policy |
Bealey WJ, Famulari D, Tang YS, Sutton
MA, Loubet B, Theobald MR, Dore AJ, et al. |
