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Overall Evaluation — Ferrara / ER-site

Overall assessment

Remediation method: In situ aerobic bioenhancement (NYM1)

Remediation recommended based on the latest sampling date: 12.5.2026 (After Remediation)

Phase-by-phase verdicts

Worst result per domain on each sampling date, grouped by remediation phase.

Domain Initial Area During Remediation After Remediation Trend
4.4.2023
water
19.12.2024
water
14.1.2025
water
20.2.2025
water
8.4.2025
water
6.5.2025
water
5.6.2025
water
8.7.2025
water
7.8.2025
water
30.10.2025
water
4.12.2025
water
10.2.2026
water
12.5.2026
water
Ecotoxicology E
Daphnids
D
Algae
D
A. fischeri 15
E
A. fischeri 15
E
A. fischeri 15
D
Algae
D
Algae
D
Algae
D
Algae
E
Lettuce aquatic
E
Daphnids
E
Lettuce aquatic
D
Algae
Improving
Chemistry High High High High High High High High High High High High High Stable
Supportive methods provisional
Shannon index · 6.64 · · 6.37 6.46 6.44 6.16 5.97 7.67 · 7.12 ·
Simpson index · 0.98 · · 0.98 0.98 0.98 0.98 0.97 0.99 · 0.99 ·
Respiration · Non-conf · · · · · · Non-conf Conf · Conf ·
Nitrification Non-conf · · · · · · · · Non-conf · Non-conf ·

Each column is one sampling date; a cell shows the worst result recorded across that date's samples. A phase with no samples for the selected method shows as “—”. Supportive methods are shown for reference and do not yet move the overall stance.

Visual overall assessment

Each domain across the sampling timeline — colour shows the result; reading left→right shows the trend.

Ecotoxicology
Initial Area During Remediation After Remediation
4.4.2023
water
19.12.2024
water
14.1.2025
water
20.2.2025
water
8.4.2025
water
6.5.2025
water
5.6.2025
water
8.7.2025
water
7.8.2025
water
30.10.2025
water
4.12.2025
water
10.2.2026
water
12.5.2026
water
A. fischeri 15 C C D E E C C C C D D D C
A. fischeri 30 C C C E E C C C C D D D C
Algae D D D D D D D D D D D D D
Daphnids E D D D E D D D D D E D D
Lettuce aquatic D C C C C C C C C E D E D
Worst (per date) E D D E E D D D D E E E D

Result: Improving across phases

Chemistry
Initial Area During Remediation After Remediation
4.4.2023
water
19.12.2024
water
14.1.2025
water
20.2.2025
water
8.4.2025
water
6.5.2025
water
5.6.2025
water
8.7.2025
water
7.8.2025
water
30.10.2025
water
4.12.2025
water
10.2.2026
water
12.5.2026
water
Heavy Metals High High High High High High High High High High High High High
Industrial Chemical High High High High High High High High High High High High High
Others None None None None None None None None None
Worst (per date) High High High High High High High High High High High High High

Result: Stable across phases

Supportive methods
Initial Area During Remediation After Remediation
4.4.2023
water
19.12.2024
water
14.1.2025
water
20.2.2025
water
8.4.2025
water
6.5.2025
water
5.6.2025
water
8.7.2025
water
7.8.2025
water
30.10.2025
water
4.12.2025
water
10.2.2026
water
12.5.2026
water
Shannon index · 6.64 · · 6.37 6.46 6.44 6.16 5.97 7.67 · 7.12 ·
Simpson index · 0.98 · · 0.98 0.98 0.98 0.98 0.97 0.99 · 0.99 ·
Respiration · Non-conf · · · · · · Non-conf Conf · Conf ·
Nitrification Non-conf · · · · · · · · Non-conf · Non-conf ·

Result: Not enough phases to compare

Overall — before · during · after combined
Remediation recommended

Conclusion

Auto-generated draft

Based on the most recent data (After Remediation) for Ferrara – ER-site, the site is assessed as: Remediation recommended. Chemistry: dominant level is High Risk (12 high-risk, 0 risk, 9 no-risk, 19 unclassified of 40 measurements). Ecotoxicology: dominant category is D (High toxicity). The most sensitive organism is Algae. Across the recorded phases, chemistry risk is stable across phases and ecotoxicity is improving across phases. Recommendation: the contamination level still warrants action — continue or adjust the remediation strategy, identify the main contaminant, and re-sample to confirm a downward trend. Biology / supportive methods (provisional): values recorded. These indicators are shown for reference and do not yet affect the overall stance.