Soil and Nutrients In the session "Soil and Nutrients" at the Organic Innovayion Days 2021, arranged by TP Organics in Brussel as a webininar event, alternative soil nutrients as well as peat and plastic were presented and discussed by the experts Jakob Magid from Copenhagen University (H2020 project RELACS), Anne-Kristin Løes from Norwegian Centre for Organic Agriculture (NORSØK, H2020 project Organic-PLUS) and Francis Rayns from Coventry University (Organic-PLUS). The Nitrogen use efficiency is highly variable between countries and farms and in the case of many farms below 60 kg N/ha. To ensure nutrient supply and avoid soil nutrient depletion, recycling of societal waste streams needs to be further developed and researched. Anne-Kri...
Organic farming systems need to replace nutrients exported via farm products, especially phosphorus ...
Limited nutrient availability is one of the major challenges in organic farming. Little is known abo...
Organic farming systems need to replace nutrients exported via farm products, especially phosphorus ...
In the Horizon 2020-project "Pathways to phase-out contentious inputs from organic agriculture in Eu...
Nutrient additions on organic farms are designed to maintain soil fertility, but not to directly fee...
Workshops were held in sixEuropean countries participating in the CORE Organic-project IMPROVE-P, to...
The use of cntentious inputs in organic growing was mapped across Europe in the H2020 Project "Organ...
Organic production in Europe is currently dependent on the input of fertilisers derived from convent...
Even in dairy cow farming systems, organic farming systems need to replace nutrients, especially pho...
Meeting global demand of safe and healthy food for the ever-increasing population now and into the f...
This chapter examines the practice of applying nutrients in organic or slowly soluble inorganic form...
Closing nutrient cycles is at the core of organic agriculture. Replenishing soil P reserves will pr...
Organic production in Europe is currently dependent on the input of fertilisers derived from convent...
Organic farming systems need to replace nutrients exported via farm products, especially phosphorus ...
Limited nutrient availability is one of the major challenges in organic farming. Little is known abo...
Organic farming systems need to replace nutrients exported via farm products, especially phosphorus ...
In the Horizon 2020-project "Pathways to phase-out contentious inputs from organic agriculture in Eu...
Nutrient additions on organic farms are designed to maintain soil fertility, but not to directly fee...
Workshops were held in sixEuropean countries participating in the CORE Organic-project IMPROVE-P, to...
The use of cntentious inputs in organic growing was mapped across Europe in the H2020 Project "Organ...
Organic production in Europe is currently dependent on the input of fertilisers derived from convent...
Even in dairy cow farming systems, organic farming systems need to replace nutrients, especially pho...
Meeting global demand of safe and healthy food for the ever-increasing population now and into the f...
This chapter examines the practice of applying nutrients in organic or slowly soluble inorganic form...
Closing nutrient cycles is at the core of organic agriculture. Replenishing soil P reserves will pr...
Organic production in Europe is currently dependent on the input of fertilisers derived from convent...
Organic farming systems need to replace nutrients exported via farm products, especially phosphorus ...
Limited nutrient availability is one of the major challenges in organic farming. Little is known abo...
Organic farming systems need to replace nutrients exported via farm products, especially phosphorus ...