Iron (Fe)
Iron (Fe) is a component of many vital plant enzymes and is required for a wide range of biological functions. Most soils contain abundant Fe, but in forms that are low in solubility and sometimes not ...
This project engages scientific authors, consultants, service providers, and other partners to identify suitable collaborators for IPNI SEAP, and then establish partnerships that add value to research ...
Iron (Fe) is a component of many vital plant enzymes and is required for a wide range of biological functions. Most soils contain abundant Fe, but in forms that are low in solubility and sometimes not ...
This project is focused on high-yield continuous corn systems - Irrigated.
Incorporating 4R Nutrient Stewardship
1. Micronutrientes en maíz y soja: Experiencias del Cinturón de Maíz. Dr. Antonio Mallarino. Iowa State University. Iowa, EE. UU. 2. Avances en micronutrientes en la región pampeana. Ing. Agr. M. Sc. ...
This project is focused on high-yield continuous corn systems - Rainfed
Ferro: Clorose internerval em toda a extensão da lâmina foliar, permanecendo verde apenas as nervuras (reticulado fino das nervuras).
Ferro: As folhas novas apresentam clorose internerval com aparência de um reticulado fino, ou seja, as nervuras ficam verde-escuras, enquanto o limbo foliar fica verde-claro.
Ferro: Nervuras verdes sobre fundo verde-pálido ou amarelo (reticulado fino); em casos severos as folhas podem ficar totalmente pálidas e com o tamanho reduzido; raminhos podem morrer na ponta externa ...
Ferro: Clorose internerval da ponta para a base das folhas; a planta inteira pode tornar-se clorótica ou branca quando a deficiência for severa.
Ferro: as folhas mais novas ficam amarelas, as nervuras permanecendo verdes, depois amarelecendo.
Ferro: O primeiro sintoma de deficiência de ferro pode ser identificado por uma clorose internerval das folhas mais novas.
Presentación realizada en las jornadas de intercambio de ASP División Norte el 27 de Julio de 2011.
Because of uncertainty about the effects of rising atmospheric carbon dioxide levels on crop growth, water use, grain yield and quality, there is a need to obtain data from field experiments conducted ...
. Results of 2009 Crop Nutrient Deficiency Photo Contest
Grain mineral contents in southeastern Australia
Results of a survey of wheat grain nutrient concentrations
How will elevated carbon dioxide affect wheat grain macro and micro nutrient concentrations and grain functional properties.
Research on how elevated carbon dioxide will affect the growth and yield of wheat crops under future climates.
Results of 2007 Crop Nutrient Deficiency Photo Contest On this page, we highlight winners for each of the four categories. The entries were judged on the overall quality of the image as well as the su ...