Living mulch management may have an effect on production of the crop and nutrient competition between the plant species in the field. In this paper, the amount of soil mineral nitrogen (N) available in the top soil during the cauliflower growing cycle and N uptake of the different components of the system were determined in two experimental sites in Italy and Slovenia where two different systems of living mulch management were compared (early sowed, late sowed) with a system with no living mulch. Moreover, nutritional competition of a hybrid and two open pollinated cultivars against weeds and living mulch was evaluated
Aims: The main aim of the study was to assess the effects of organic manure on nitrogen mineralizati...
Organic vegetables may benefit from the growing of living mulch crops between crop rows. Scientist...
The fertilizer nitrogen (N) inputs to some vegetables such as cauliflower (Brassica oleracea var. bo...
Living mulch management may have an effect on production of the crop and nutrient competition betwee...
Vegetables with a high nitrogen demand such as cauliflower may cause intensive leaching of nitrate t...
Consumers expect that the production of organic vegetables is less harmful to the environment compar...
Two field experiments were carried out in order to test the effect on weed management of living mulc...
Ecological services may be exploited by use of living mulches in intercropping systems for productio...
The effect of introduction strategy for living mulches (LMs) to reduce the potential nitrate leachin...
To secure a sustainable production of plant foods for the future, there is a need to develop new cro...
The potential for loss of nitrogen to the environment during growth of cauliflower was investigated....
Up to 75% of nitrogen (N) taken up during cauliflowers production is allocated to leaves, which are ...
Water and nitrogen availability may limit the growth of the main crop competing with a cover crop in...
Despite major efforts over the past 25 years to decrease nitrogen (N) losses, too high nitrate (NO3‑...
Cauliflower (Brassica oleracea L. var. botrytis) has high nitrogen (N) demand during growing, but du...
Aims: The main aim of the study was to assess the effects of organic manure on nitrogen mineralizati...
Organic vegetables may benefit from the growing of living mulch crops between crop rows. Scientist...
The fertilizer nitrogen (N) inputs to some vegetables such as cauliflower (Brassica oleracea var. bo...
Living mulch management may have an effect on production of the crop and nutrient competition betwee...
Vegetables with a high nitrogen demand such as cauliflower may cause intensive leaching of nitrate t...
Consumers expect that the production of organic vegetables is less harmful to the environment compar...
Two field experiments were carried out in order to test the effect on weed management of living mulc...
Ecological services may be exploited by use of living mulches in intercropping systems for productio...
The effect of introduction strategy for living mulches (LMs) to reduce the potential nitrate leachin...
To secure a sustainable production of plant foods for the future, there is a need to develop new cro...
The potential for loss of nitrogen to the environment during growth of cauliflower was investigated....
Up to 75% of nitrogen (N) taken up during cauliflowers production is allocated to leaves, which are ...
Water and nitrogen availability may limit the growth of the main crop competing with a cover crop in...
Despite major efforts over the past 25 years to decrease nitrogen (N) losses, too high nitrate (NO3‑...
Cauliflower (Brassica oleracea L. var. botrytis) has high nitrogen (N) demand during growing, but du...
Aims: The main aim of the study was to assess the effects of organic manure on nitrogen mineralizati...
Organic vegetables may benefit from the growing of living mulch crops between crop rows. Scientist...
The fertilizer nitrogen (N) inputs to some vegetables such as cauliflower (Brassica oleracea var. bo...