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2025-10-19
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THE GOLIAS AQUASCIENCE
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Experiments
Plant experiments
1️⃣
Nutrient uptake
in planted tank
2️⃣
Growth curve
of 7 species of aquatic plants
3️⃣ Plant preferences for
water hardness
4️⃣
<
Unpublished
>
5️⃣
Heavy fertilisation
in the water column
6️⃣
Lean fertilisation
in the water column
7️⃣ Hard-water vs. soft-water
ecotypes
8️⃣ In search of the
optimal formula
– 1
🔢
Summary results
Other experiments
🛢️ Supporting Data:
Scite MCP Results
Nitrification
Algae and sugars
Proper
CO
2
management
Water redox
in planted tanks
Lab analysis of
aquarium substrates
Tools
📚
Speciation diagram
of CO
2
-HCO
3
-CO
3
📉 Aquarium
CO
2
concentration dynamics
📈 How much added CO
2
ends up as
bicarbonates
📐 Affordable method of
measuring CO
2
🧯 Simple and reliable
CO
2
dosing device
🔄
Unit converter
(µM ⇌ mg/ℓ)
🔢
Conductivity
calculator
🧮 Simple
nutrient calculator
📅 Advanced
nutrient calculator
🫙
Stock solution designer
🤖
TokenMetrics AI dashboard
Articles
🌱
Factors
affecting plants' well-being
🪨
Iron:
The most problematic nutrient
♻️
Organics:
Its impact on plants, bacteria and algae
🌎
Hard-water
vs
soft-water ecotypes
🫧
CO
2
concentrations
in natural waters
🧂 Microelements behavior:
Salts vs chelates
🔬 Understanding
water chemistry
with
Phreeqc
👨💻 Modeling
plant growth
with
R
📖
Tom Barr's Journal
(Thematically structured)
🧠 Limited ability to
change one's mind
in light of logical arguments
🤖 AI: Using
AI agents
with
Zed
🤖 AI: Doing
research
with
Zed
🚧
Macronutrient limits
(N, P, K, Ca, Mg)
Study
db
Contact
🔒
ꄗ
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Image by
Goumbik
from
Pixabay
📒
Tools
Simple
Nutrient Calculator
Tank volume
ℓ
Container
mℓ
Dose
mℓ
µEq
mg/ℓ
Total N
NH₄NO₃
NO₃: Mg → Ca → K
NO₃: Ca → Mg → K
NO₃: K → Mg → Ca
Total Ca
≠
°dKH
Total HCO
3
mg/ℓ
Ratio K:Ca:Mg
µEq
Ratio S:Cl
µEq
Calculate
📒 Algorithm Guide
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