Fields Monitored
248
Across 6 regions
Avg Soil pH
6.42
Slightly Acidic — Optimal
Avg Moisture
34.8%
VWC — Adequate
Organic Matter
3.21%
↑ +0.12% vs 2022
N Deficiency Alerts
14
Fields requiring intervention
Soil Health Index
72/100
Good — Above regional avg
AlphaStatLab.org
Soil Analytics
Soil pH by Field Zone — Optimal Range: 6.0–7.0
6.42 pH
Zone A-North
Wheat Field
Optimal
5.48 pH
Zone B-East
Maize Field
Acidic — Lime Needed
6.58 pH
Zone C-West
Soybean Field
Optimal
7.34 pH
Zone D-South
Cotton Field
Slightly Alkaline
6.71 pH
Zone E-Central
Rice Paddy
Optimal
5.12 pH
Zone F-Highland
Tea Plantation
Very Acidic
Soil Profile Depth Analysis — Zone A-North (Wheat Field)
Organic matter, moisture & bulk density by horizon
0–10 cm
O Horizon
OM: 7.8% · VWC: 38% · BD: 1.12
10–25 cm
A Horizon
OM: 5.2% · VWC: 34% · BD: 1.28
25–60 cm
E Horizon
OM: 3.1% · VWC: 28% · BD: 1.42
60–100 cm
B Horizon
OM: 1.8% · VWC: 22% · BD: 1.56
100–150 cm
C Horizon
OM: 0.8% · VWC: 18% · BD: 1.72
Soil Moisture (VWC%) — 12-Month Trend · Zone A-North
Macronutrient Status
mg/kg (ppm) · Field average · All zones
🔵
Nitrogen (N)
84 mg/kg
Optimal (80–120)
🟡
Phosphorus (P)
28 mg/kg
Low (Target: 40–80)
🟣
Potassium (K)
165 mg/kg
Optimal (120–200)
🔴
Calcium (Ca)
1,842 mg/kg
High (Target: 1200–1800)
🟢
Magnesium (Mg)
182 mg/kg
Optimal (150–250)
🟠
Sulfur (S)
12 mg/kg
Deficient (Target: 20–50)
Micronutrient Quick Status
Iron (Fe)Adequate
Zinc (Zn)Low
Manganese (Mn)Adequate
Boron (B)Low
Copper (Cu)High
Molybdenum (Mo)Adequate
Nutrient Balance Radar
% of optimal range · All 6 zones
Field-Level pH Heatmap
8×6 grid · 48 sampling points
Acidic (4.5)
Alkaline (8.5)
Organic Matter % — 5-Year Trend
By soil horizon · Topsoil 0–30cm
⚠ Synthetic Data Notice: All soil pH readings, nutrient concentrations, moisture levels, organic matter percentages, soil horizon data, and field-level measurements in this dashboard are entirely randomly generated synthetic data for AlphaStatLab portfolio demonstration. No real field, farm, or soil laboratory data is represented. For real soil health analytics, visit alphastatlab.org.
Methods: pH gauges drawn with SVG arc paths normalized to 4.0–9.0 scale. Nutrient levels generated from normal distributions around typical agronomic targets. Moisture trend modeled with seasonal sine curve + precipitation events. Organic matter trend from linear decline/improvement model with noise. Field pH grid from spatially correlated random field (Gaussian kernel). Chart.js v4.4.1 · Fonts: Lora + Josefin Sans.