Innovation & Investment
Apps, AI and algae: Meet Hatch Blue’s fourth cohort
Hatch Blue’s fourth cohort performed their pitches online for the first time, showcasing a spectrum of aquaculture product and service businesses.
Health & Welfare
Study examines the impact of environmental stressors like dissolved oxygen, nitrogenous compounds and pH on shrimp contracting White Spot Disease.
Innovation & Investment
Hatch Blue’s fourth cohort performed their pitches online for the first time, showcasing a spectrum of aquaculture product and service businesses.
Responsibility
El Prof. Claude Boyd discute la importancia del pH para los peces y mariscos cultivados, las fluctuaciones normales y naturales y cómo los sistemas acuícolas pueden manejarlo.
Responsibility
Prof. Claude Boyd discusses the importance of pH for farmed fish and shellfish, the normal and natural fluctuations and how aquaculture systems can manage it.
Health & Welfare
Durante la temporada de lluvias, el agua del estanque y la calidad del fondo pueden sufrir cambios significativos e impactar la salud, el bienestar y la productividad del camarón. Los administradores de granjas deben estar preparados para administrar los riesgos asociados.
Health & Welfare
During the rainy season, pond water and bottom quality can undergo significant changes and impact shrimp health, well-being and productivity. Farm managers should be prepared to manage the associated risks.
Intelligence
Los productores de larvas de ostras dicen que el intercambio de información y la perseverancia los están ayudando a atravesar un tramo prolongado de altas mortalidades en la etapa larval.
Intelligence
Oyster larvae producers say information sharing and perseverance are seeing them through a prolonged stretch of high larval-stage mortalities.
Responsibility
La granja de ostras de Bill Mook se está adaptando a las lluvias más frecuentes e intensas, al agua de mar más ácida y cálida, y a otros desafíos que conlleva el cambio climático.
Responsibility
Bill Mook’s oyster farm is adapting to more frequent and intense rains, more acidic and warming seawater and other challenges that climate change brings.
Responsibility
Los cambios en la concentración atmosférica de dióxido de carbono deberían tener poco efecto en el aumento de la concentración de alcalinidad en los sistemas acuícolas. El cambio climático es una preocupación mayor en la acuacultura de agua dulce que el aumento de la alcalinidad.
Responsibility
Changes in atmospheric carbon dioxide concentration should have little effect on rising alkalinity concentration in aquaculture systems. Climate change is of greater concern in freshwater aquaculture than is an increase in alkalinity.
Health & Welfare
La piedra caliza agrícola se utiliza ampliamente para mejorar el pH y la alcalinidad en los estanques acuícolas. Hay un uso considerable de la cal en la acuacultura para desinfectar los fondos y agua de estanques, para intentar controlar el pH, y varias otras razones.
Health & Welfare
Agricultural limestone is widely used to improve pH and alkalinity in aquaculture ponds. There is considerable use of lime in aquaculture to disinfect pond bottoms and water, to attempt to control pH, and various other reasons.
Responsibility
It is one of the most commonly measured water quality variables in aquaculture, and probably the most misunderstood water quality variable in aquaculture. The pH levels in water have a propensity to change rapidly, but this is a natural phenomenon that often has little consequences and not much can be done to avoid it.
Health & Welfare
Attention to pH, a numeric scale used to specify the acid or alkaline condition of an aqueous solution, is very important. Reducing biomass and feeding rates together with phytoplankton control and liming can often keep pH at desirable values.