Angat

Profile
Angat is a municipality located in the province of Bulacan, Philippines. Known for its rich agricultural heritage, Angat plays a significant role in the province's economy. The fertile soil and favorable climate conditions make it an ideal location for farming. The municipality is a major producer of rice, vegetables, and other crops, contributing to the overall food supply of the region. In addition to its agricultural activities, Angat is also known for its scenic landscapes and historical landmarks. The Angat River, which flows through the municipality, provides water for irrigation and supports the local agriculture. The community's dedication to farming and sustainable practices ensures the continued growth and development of the agricultural sector in Angat. Topography: 5.00m (above sea level)
Land Area: 61.59km2
Rice Area: 10.51km2
Latitude: 14.9500
Longitude: 121.0333
Land Area vs Rice Area (km2)
Solar Radiation | 2023
15.11 MJ/m²
-3.38% decrease
Humidity | 2023
79.68 %
-0.63% decrease
Rainfall | 2023
2364.20 mm
-32.10% decrease
Wind Speed | 2023
14.21 km/h
6.33% increase
3-Year Forecast for Angat
Soil Texture Distribution (ha)
Soil Series Distribution (ha)
Soil Temperature (°C)
Soil Moisture (m³/m³)
Soil Data
Var 0-5cm 5-15cm 15-30cm Mean
ocd332267186262
clay348345349347
sand316317320318
silt336337331335
bdod126135141134
cec239227232233
nitrogen292184138205
soc273208144208
phh2o60616161
Soil Data
Var Description Unit
ocdOrganic Carbon Densitykg m-3
clayClay (< 0.002 mm) in fine earth%
sandSand (> 0.05 mm) in fine earth%
siltSilt (0.002-0.05 mm) in fine earth%
bdodBulk density of the fine earth fractionkg dm-3
cecCation Exchange Capacity of the soilcmol(+) kg-1
nitrogenTotal nitrogen (N)g kg-1
socSoil organic carbon in fine earthg kg-1
phh2opH (H2O)-
Average Humidity (%)
Dry Season Temperature (°C)
Wet Season Temperature (°C)
Download Weather Data
Rice Data
# Year Season Seed Type Harvested (ha) Production(mt)
1 2013 Dry Hybrid 85.75 2.8
2 2013 Dry Inbred 63.68 46.08
3 2013 Wet Hybrid 31.46 88.08
4 2013 Wet Inbred 55.73 83.94
5 2014 Dry Hybrid 54.02 26.42
6 2014 Dry Inbred 26.9 89.59
7 2014 Wet Hybrid 43.45 9.23
8 2014 Wet Inbred 40.03 54.98
9 2015 Dry Hybrid 87.32 28.39
10 2015 Dry Inbred 7.61 71.74
11 2015 Wet Hybrid 43.87 1.92
12 2015 Wet Inbred 89.5 33.62
13 2016 Wet Hybrid 14.3 48.68
14 2016 Wet Inbred 38.82 64.2
15 2016 Dry Hybrid 83.39 14.27
16 2016 Dry Inbred 13.82 44.76
17 2017 Dry Hybrid 74.59 23.39
18 2017 Dry Inbred 34.93 15.19
19 2017 Wet Hybrid 12.49 21.28
20 2017 Wet Inbred 75.57 1.96
21 2018 Wet Hybrid 54.77 89.09
22 2018 Wet Inbred 36.58 11.93
23 2018 Dry Hybrid 65.01 38.62
24 2018 Dry Inbred 57.47 83.18
25 2019 Dry Hybrid 87.39 95.67
26 2019 Dry Inbred 59.82 40.24
27 2019 Wet Hybrid 5.5 78.33
28 2019 Wet Inbred 66.85 43.34
29 2020 Dry Hybrid 14.41 88.87
30 2020 Dry Inbred 21.15 12.14
31 2020 Wet Hybrid 83.53 72.24
32 2020 Wet Inbred 38.15 70.52
33 2021 Dry Hybrid 3.29 33.91
34 2021 Dry Inbred 54.49 74.52
35 2021 Wet Hybrid 78.01 86.35
36 2021 Wet Inbred 13.91 53.8
37 2022 Dry Hybrid 64.67 63.35
38 2022 Dry Inbred 94.7 5.23
39 2022 Wet Hybrid 0.51 45.47
40 2022 Wet Inbred 91.42 14.69
41 2023 Wet Hybrid 91.05 68.35
42 2023 Wet Inbred 99.07 16.85
43 2023 Dry Hybrid 48.75 7.85
44 2023 Dry Inbred 13.88 63.05