Ozone and Plant Production: Phenomenology and Physiology of Damage and Protective Agents
March 1991
Scientific articles | Terra-Sorb®
Terra-Sorb in protecting watermelon plants against ozone pollution (03)
Terra-Sorb®
Stomatal Behaviour, Water Potential and Net Photosynthesis of L Esculentum treated with Heat and Submitted to Climatic Stress
September 1990
Posters | Terra-Sorb®
A low athmospheric humidity, the stomata close and transpiration decreases. This adaptation produces a reduction in the net photosynthesis an increases in photorespiration and depletion of the plants macro and micronutrients as a consequence of the uptake reduction which has a negative effect on the final yield of the crop
23rd International Horticultural Congress
August 1990
Scientific Communications | Terra-Sorb®
Water potential of climatic stress in Lycopersicum Sculentum leaves treated with biological molecules. Net photosynthesis of plants submitted to climatic stress, decreases when there is a reduction in the relative humidity or an increase in the temperature. Treatment with a molecule solution of biological origin, on plants submitted to stress, have slowed down this fall in the photosynthesis
1st Hispano-Portuguese Conference on Plant Physiology
September 1989
Scientific Communications | Terra-Sorb®
Relationship between net photosynthesis and variations in climate factors in lycopersicon esculentum: effect of protective action of different treatments with amino acids and other substances in reducing net photosynthesis in stress situations
Protection of Net Photosynthesis of Lycopersicum sculentum in Situations of Climate Stress
September 1989
Posters | Terra-Sorb®
The related literature describes the absorption of amino acids by leaves and/or roots in normal situations and in special circumstances, the osmosis-regulating role of Arg, Asn and Gln in hypertonic media, and the accumulation of certain amino acids in situations of climate stress