Often aquarists in both fresh and sometimes even saltwater worry too much about pH while ignoring the importance of mineral cations/electrolytes (found in part via GH), and KH (more correctly identified as alkalinity, as it is in SW). We as fish keepers should understand that fish will often adjust to poor electrolyte and calcium (& other necessary Redox reducing elements), however this does not prove this is best for the health of your fish anymore than how fish will often adjust to aquariums that are crowded with infrequent water changes (which is also not good for long term fish health).Īquariums that are overdue for a water change, with high bio load, lack mineral/electrolyte replenishment, or simply initially start out with incorrect chemistry often results in inadequate mineral and carbonate chemistry necessary for optimum bio function of the aquatic inhabitants (fish and invertebrates).Ĭorrection of this problem via water changes and/or addition of mineral or carbonate supplements may even show initial stress until the inhabitants adjust to the improved water quality. Unfortunately, based on many forum posts, client conversations, and emails this aspect of aquarium keeping is one of the most misunderstood today as is often the case in the "The Aquarium Nitrogen Cycle" as well!
#AQUARIUM CHEMISTRY CALCULATOR FULL#
Minerals such calcium are essential for osmotic function in fish and many aquarists make the mistake of believing that some fish such as Discus or Bettas do not require Calcium or minerals when in reality (based on many studies in biochemistry and relating to Redox Balance) these mineral cations are essential and GH test kits to not give the full picture ( Important, please see the GH section for more).
Many aquarists overlook the need for electrolytes positive mineral cations such as calcium & magnesium and the effect of KH (Carbonate hardness) in their freshwater aquarium (marine aquarium keepers tend to be more aware of these processes/parameters). By Carl Strohmeyer-PAMR 40+ years experience
0 kommentar(er)
