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Rainfall_mm
float64
1.5k
3.5k
βŒ€
Avg_Temp_C
float64
18
28
Soil_pH
float64
4.5
6
Fertilizer_kg_per_hectare
float64
200
500
βŒ€
Sunshine_hours
float64
4
8
βŒ€
Altitude_m
float64
500
2k
Age_of_tea_plant_years
float64
3
30
Yield_kg_per_hectare
float64
300
7k
Season_Condition
int64
0
2
2,748.36
19.02
5.64
415.43
6.63
971.9
19.34
3,312.33
0
2,430.87
25.17
5.54
370.09
5.73
757.23
7.98
3,481.89
1
2,823.84
25.17
5.53
null
6.1
1,103.03
24.88
3,341.15
0
null
22.51
4.97
278.29
7.09
1,172.5
13.25
3,905.33
2
2,382.92
21.11
5.82
209.43
5.45
1,159.95
9.1
3,429.68
0
2,382.93
27.15
4.83
274.69
6.98
1,104.5
11.41
2,969.36
1
3,289.61
25.08
6
357.6
6.68
967.72
11.33
4,017.57
1
2,883.72
19.46
5.05
374
5.6
1,160.49
11.38
3,619.61
1
2,265.26
24.05
4.83
486.49
5.01
1,851.93
13.42
4,030.07
2
2,771.28
23.9
6
409.85
5.28
1,443.62
14.61
3,856.28
0
2,268.29
25.16
4.77
394.15
6.53
962.44
3
4,623.47
1
2,267.14
28
5.7
379
5.27
1,323.41
7.53
3,607.68
2
2,620.98
20.54
5.47
239.2
4.45
1,132.45
7.87
2,888.3
2
1,543.36
24.66
5.63
213.21
5.87
1,771.92
3
3,595.42
0
1,637.54
27.49
5.88
462.62
6.14
1,235.39
17.37
3,514.51
1
null
28
5.7
278.98
6.41
989
7.67
3,320.17
1
1,993.58
23.54
4.54
458.75
4.63
1,045.07
13.04
3,655.32
2
2,657.12
19.08
5.47
276.89
5.84
1,222.71
17.27
3,673.61
1
2,045.99
18
5.46
null
5.73
1,102.1
13.78
3,067.71
0
1,793.85
25.48
5.69
380.24
6.59
1,298.27
9.99
3,936.31
1
3,232.82
24.03
5.3
463.21
6.13
1,101.67
13.9
4,247.71
2
2,387.11
23.38
4.89
200.92
5.02
1,692.4
13.59
3,055.64
0
2,533.76
23.85
4.85
420.75
5.57
1,310.48
12.28
3,889.98
0
null
25.94
5.24
210.85
7.03
972.04
18.32
2,568.03
1
2,227.81
24.64
4.7
376.68
7.31
935.64
3.53
3,956.47
2
2,555.46
24.16
5.02
322.71
null
1,236.77
17.65
3,241.97
0
1,924.5
21.22
5.06
425.48
5.7
1,378.74
3
3,375.48
2
2,687.85
26.12
5.17
333.88
5.44
1,843.87
19.93
3,560.79
0
2,199.68
21.27
6
293.29
6.48
1,698.81
6.32
3,121.84
2
2,354.15
25.9
4.82
346.95
null
1,190.4
14.07
3,337.57
1
2,199.15
21.82
4.5
null
6.47
1,253.7
16.5
2,884.55
1
3,426.14
24.77
5.47
329.26
5.13
1,465.1
19.51
3,699.25
0
2,493.25
28
4.89
317.61
6.61
1,491.69
6.53
4,356.32
0
1,971.14
24.98
5.87
262.64
4.1
894.04
8.08
3,256.35
0
2,911.27
27.25
5.22
415.66
6.32
1,305.88
17.3
4,372.28
0
1,889.58
21.89
5.35
312.71
6.02
1,444.12
12
4,255.55
2
2,604.43
23.29
4.63
370.73
7.59
1,178.05
11.98
3,305.01
0
1,520.16
21.94
5.33
408.07
6.36
1,727.51
23.29
3,514
1
1,835.91
18.02
5.94
294.81
5.9
1,763.42
18.71
2,494.15
0
2,598.43
26.21
5.74
398.3
8
945.47
11.44
4,059.01
0
2,869.23
24.71
5.39
328.88
6.04
1,580.9
6.75
4,170.15
1
2,585.68
24.49
4.69
324.12
7.21
1,278.66
10.19
3,304.8
1
2,442.18
26.7
5.55
402.32
5.87
979.67
13.78
3,505.83
2
2,349.45
19.59
5.49
355.74
5.42
941.22
11.58
3,654.96
1
1,760.74
18.87
5.94
356.73
5.57
941.84
13.24
2,050.98
2
2,140.08
26.72
5.45
413.32
6.65
1,487.13
18.69
4,031.48
0
2,269.68
22.79
5.59
340.89
4.06
1,457.13
7.43
3,455.17
2
3,028.56
23.64
5.11
null
4
1,059.74
5.37
3,606.09
0
null
18.6
5.02
306.8
5.83
1,344.86
7.4
4,241.82
1
1,618.48
27.42
5.54
383.16
6.51
1,343.33
21.82
3,113.76
0
2,662.04
25.01
5.43
350.42
5.23
1,173.36
19.02
3,598.21
0
2,307.46
21.27
5.44
392.98
5.15
1,306.25
13.93
3,974.26
1
2,161.54
28
5.37
217.49
5.94
1,040.2
3
3,332.81
0
2,805.84
18.91
4.5
385.75
5.76
1,119.7
15.29
2,585.82
2
3,015.5
22.01
5.6
386
6.75
1,067.8
8.82
2,720.45
2
2,965.64
25.96
5.64
391.44
5.11
965.35
6.55
3,783.76
1
2,080.39
26.46
5
404.77
5.6
1,369.53
10.15
3,431.14
1
2,345.39
18.52
5.64
309.9
5.92
1,964.62
10
4,184.83
1
2,665.63
22.15
5.22
308.22
6.3
1,768.29
9.82
3,845.32
1
2,987.77
25.24
5.36
285.34
6.62
1,347.14
16.39
3,406.32
0
2,260.41
27.42
4.96
263.16
5.34
1,080.59
19.93
3,113.7
1
2,407.17
27.17
5.29
null
6.24
1,345.93
10.33
3,221.65
1
1,946.83
25.1
4.5
350.93
6.84
815.27
13.41
3,611.9
2
1,901.9
23.27
5.15
460.83
5.21
1,928.66
18.63
3,426.05
2
2,906.26
22.46
6
311.87
7.67
969.88
19.58
4,103.88
0
3,178.12
24.49
5.38
284.25
6.9
1,032.31
6.49
4,048.54
0
2,463.99
27.3
5.14
274.07
7.65
1,182.18
17.17
3,852.11
1
3,001.77
22.36
5.12
500
5.46
1,170.18
9.08
3,605.38
0
2,680.82
22.18
4.96
207.94
null
1,462.1
8.68
3,194.91
1
2,177.44
26.44
5.36
381.47
7.46
1,088.48
6.8
3,303.17
2
2,680.7
26.18
4.8
313.76
7.78
772.57
5.98
3,400.73
1
3,269.02
21.5
5.68
200
6.62
1,023.09
16.69
3,853.45
1
2,482.09
19.04
5.73
279.74
6.28
654.71
7.99
3,805.09
1
3,282.32
18
5.65
286.42
5.98
1,024.32
9.85
3,419.64
0
1,500
23.39
5.79
325.13
4.7
1,783.32
12.44
3,126.26
0
2,910.95
19.69
5.77
350.06
4.86
1,059.89
5.37
3,930.02
2
null
25.69
5.46
250.38
5.88
756.42
17.23
3,193.17
0
2,350.5
18
5.97
315.95
null
1,198.25
5.82
3,647.36
2
2,545.88
27.84
5.54
276.52
6.37
1,442.07
11.36
3,785.12
2
1,506.22
21.99
5.01
364.15
6.04
989.86
10.77
2,715.72
0
2,390.16
20.6
5.27
385.15
6.11
533.77
13.82
3,032.71
0
2,678.56
21.38
5.75
334.76
6.66
1,135.3
16.46
2,889.32
1
3,238.95
20.41
5.54
426.9
4.59
1,399.89
13.9
3,385.34
0
2,240.86
27.54
5.04
306.82
6.79
853.87
10.89
3,199.74
0
2,095.75
25.01
5.33
279.47
7.05
1,087.85
11.59
2,672.42
2
2,249.12
23.29
4.92
423.95
5.02
694.47
10.92
3,176.78
0
2,957.7
19.39
5.71
319.88
4.73
1,418.36
22.51
3,304.71
0
2,664.38
22.83
5.97
245.51
6.5
908.1
12.15
3,297.37
0
2,235.12
20.69
4.51
322.43
4.17
500
16.22
3,833.84
1
2,756.63
18
5.51
337.11
6.12
1,413.38
9.35
3,019.04
0
2,548.54
20.92
4.77
279.97
5.51
1,136.88
12.18
3,764.79
1
2,984.32
24.82
4.61
372.93
7.7
1,228.05
11.5
3,219.53
0
2,148.97
21.72
5.95
449.12
4
1,489.41
5.15
3,238.24
0
2,336.17
22.57
5.86
null
null
1,136.72
11.92
3,424.51
0
2,303.95
26.12
5.41
386.99
5.92
1,161.99
23.58
3,368.27
1
1,768.24
25.59
5.05
494.75
6.98
807.85
20.84
4,341.68
2
2,648.06
28
5.16
null
5.42
1,406
3.21
4,493.53
0
2,630.53
18
4.99
310.13
5.72
964.75
20.98
2,539.46
0
2,502.56
20.47
6
393.65
5.25
863.03
12.81
3,719.37
0
2,382.71
25.72
6
270.38
4.95
1,305.61
9.01
3,674.73
1
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Sri Lanka Tea Yield Prediction Dataset

πŸ“‹ Dataset Description

A synthetic dataset for predicting tea yield in Sri Lanka based on agricultural and environmental factors. This dataset simulates real-world conditions for machine learning regression tasks.

Dataset Summary

  • Size: 53,264 samples Γ— 10 features (including target)
  • Type: Tabular/Structured data
  • Task: Regression (predicting continuous tea yield)
  • Domain: Agriculture, Climate, Food Production

Supported Tasks

  • tabular-regression: Predicting tea yield (kg/hectare) based on environmental and agricultural factors
  • feature-importance: Understanding which factors most influence tea production
  • outlier-detection: Identifying unusual yield patterns

Languages

English (feature names and descriptions)

πŸ“Š Dataset Structure

Data Fields

Feature Type Range Description
Rainfall_mm float64 1500-3500 mm Annual rainfall
Avg_Temp_C float64 18-28Β°C Average temperature
Soil_pH float64 4.5-6.0 Soil pH level
Fertilizer_kg_per_hectare float64 200-500 kg/ha Fertilizer usage
Sunshine_hours float64 4-8 hours Daily sunshine
Altitude_m float64 500-2000 m Elevation
Age_of_tea_plant_years float64 3-30 years Plant age
Yield_kg_per_hectare float64 300-7000 kg/ha Target variable
Season_Condition int64 0,1,2 Synthetic season indicator

Data Splits

The dataset is provided as a single file suitable for train/validation/test splitting (recommended: 70/15/15).

πŸš€ Usage

Loading with Hugging Face Datasets

from datasets import load_dataset

# Load the dataset
dataset = load_dataset("kasunUdayanga/Tea_Yield_Prediction")

# Convert to pandas DataFrame
df = dataset['train'].to_pandas()
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