Daisy 2021 workshop presentations and posters

Introduction

• Welcome, Merete Elisabeth Styczen, UCPH
• Recent developments, Merete Elisabeth Styczen, UCPH
• Future Perspectives, Efstathios Diamantopoulos, UCPH

Session I A: Process implementation in soil-plant-atmosphere system modeling

• Modelling dynamic interactions between soil structure and soil organic matter storage, Katharina Meurer, SLU
• A comparison between different reference evapotranspiration methods as implemented in Daisy, Simon Fiil Svane, UCPH
• Modelling the fate of natural toxins with Daisy, Daniel Bernando Garcia Jorgensen, UCPH
• Implementation and validation of a new mulch module in Daisy, Jeanne Vuaille, UCPH
• Does macropore flow in no-till systems flush or bypass mobile soil nitrogen after harvest?, Jorge Frederico Miranda Vélez, AU

Session I B: System modelling with Daisy

• Pesticide modelling in a regulatory context, Signe Bonde Rasmussen, Danish EPA
• Crop Modelling and Parameterization – How important is this?, Iris Vogeler, AU
• The effect of application time on pesticide leaching shortly after application, Maja Holbak, UCPH
• Modelling the fate of nitrogen in artificially drained sandy loam soils, Saghar Khodadad Motarjemi, AU
• Assessing and mitigating nitrate leaching from Danish cropping systems using the Daisy model, Muhammad Adil Rashid, UCPH
• Process-based simulation of growth and regrowth of perennial plants with the Daisy model, Kiril Manevski, AU

Session II Soil and Crop System Model-Data Fusion

• Perspectives in using DAISY to investigate practical challenges concerning the use of nitrogen in agriculture, Leif Knudsen, SEGES
• Precision Agriculture: We can’t measure it – Why don’t you model it?, Jacob Glerup Gyldengren, AU
• High-Resolution Soil Moisture Mapping using Sentinel-1, Sentinel-2, and Daisy Model, Onur Yüzügüllü, Agricircle
• A simulation of variable rate nitrogen application in winter wheat with soil and sensor information - An economic feasibility study, Michael Friis Pedersen, UCPH
• Running Daisy on HPC-A Java wrapper, Jacob Nordfalk, DTU

Posters

• Nitrogen Sensor for Soil Sustainability, Birger Andersen, DTU
• Implementing an FMIS with Daisy, Ian Bridgwood, DTU
• Performing simulation modelling in the classroom: students enact the Daisy model, Kiril Manevski, AU
• Is crop model DAISY able to simulate drought stress?, Eva Pohankova, MU
• How does current and future climate depending agronomic management impact the yield risk of cereal cropping systems?,  Janna Macholdt, Uni Giessen