Content -- Preface -- Abstract -- Sammendrag -- 1. Workshop Synopsis -- 2. Conclusions and Outlook -- 3. Summaries of the Presentations -- 3.1 What are the implications of the Water Framework Directive for managing agricultural phosphorus? -- 3.2 Phosphorus Losses in Agricultural Catchments in the Nordic and Baltic region -- 3.3 Strengths and weaknesses of phosphorus models: EUROHARP. Short summary -- 3.4 An Evaluation of Models to Assess the Risk of Phosphorus Loss from Agricultural Land to Water -- 3.5 The P Index: US Experience -- 3.6 Development of a Phosphorus index for Norway - Input data sources for the Skuterud catchment -- 3.7 Development of Swedish P index - how far can we reach with the existing knowledge? -- 3.8 The VIHMA model - assessing measures to reduce erosion and P loss from agricultural land in Finland -- 3.10 Incorporating Economics into P Risk Assessment -- 3.11 Economic effects of policies to reduce phosphorus from agriculture - a Danish perspective -- 3.12 Using phosphorous loss assessment tools in practice -- 3.13 The agricultural advisor's perspective -- 3.14 Using phosphorus loss assessment tools in practice - the agricultural advisor's perspective -- 3.15 The need for assessment tools, research and cooperation -- 3.16 Using phosphorus loss assessment tools in practise. The river basin manager's perspective -- 4. Abstracts of the posters -- 4.1 Models, phosphorus and practical aspects, what are the relations? -- 4.2 A statistical model for estimation of the different contributions to loading -- 4.3 Surpluses of phosphorus in Danish agriculture -- 4.4 A laboratory method for risk assessment of soil and P-losses -- 4.5 Long-term studies of erosion and phosphorus load under different cultivation methods in three experimental fields in Finland.

4.6 Quantification of Phosphorus Losses Through Macroporous Soils with a modified ICECREAM model -- 4.7 Impact of Agriculture Decline on Phosphorus Loads to Lithuanian Rivers -- 4.8 Nutrient balance - phosphorus management tool to minimise its application in a watershed -- 4.9 Degree of Phosphorus Saturation for Rapid Risk Assessment of Phosphorus Losses in Southern Sweden -- 4.10 Losses of suspended solids and phosphorus from small agricultural catchments in Norway -- 4.11 Leaching of phosphorus from Danish sandy soils? -- 4.12 A systemic analysis for development of cereal growing in organic farming -- 5. Programme -- 6. Participants.