Philippines Geography PDF

Summary

This document describes the diverse geography of the Philippines, highlighting its 7,000 islands, mountain ranges, tropical rainforests, and active volcanoes. It also explains the country's tropical climate, typhoons, and monsoons. The geographical features affect the Philippines' meteorological and geological phenomena.

Full Transcript

The Philippines' geography is quite diverse, spanning over 7,000 islands and covering a total area of around 300,000 square kilometers. The country's islands are generally divided into three main geographic regions: Luzon, the largest and most populous island to the north; Visayas, a collection of s...

The Philippines' geography is quite diverse, spanning over 7,000 islands and covering a total area of around 300,000 square kilometers. The country's islands are generally divided into three main geographic regions: Luzon, the largest and most populous island to the north; Visayas, a collection of smaller islands in the center; and Mindanao, the second-largest island in the south. The landscape includes mountain ranges, tropical rainforests, fertile plains, and extensive coastlines. Notable mountains include Mount Apo, the highest peak in Mindanao, and the Mayon Volcano, famous for its perfect cone shape. The Philippines is part of the Pacific Ring of Fire, making it prone to earthquakes and volcanic eruptions. This geological setting has resulted in numerous active volcanoes and frequent seismic activity. Coastal regions are also at risk from typhoons, particularly during the wet season, which typically runs from June to November. Rivers and lakes are important geographical features, with the Cagayan River in Luzon being the longest. Additionally, the Laguna de Bay, a large freshwater lake near Metro Manila, is among the biggest lakes in Southeast Asia. The country's climate is tropical, with distinct wet and dry seasons, and it supports rich biodiversity, including extensive coral reefs and diverse marine life. These natural resources make the Philippines a hotspot for agriculture, fishing, and tourism Geographical features of the Philippines that contributes to its Meteorological and geological phenomenas Situated near the equator, the Philippines has a tropical maritime climate, characterized by high humidity, high temperatures, and abundant rainfall year-round. Pacific Typhoon Belt-The Philippines lies within the Pacific typhoon belt, making it highly vulnerable to tropical cyclones and typhoons. It experiences around 20 typhoons annually, with about five being destructive. Monsoon Seasons-The country experiences two monsoons—the southwest monsoon (Habagat) from June to October, bringing heavy rainfall, and the northeast monsoon (Amihan) from November to February, causing cooler, drier weather. Proximity to Warm Ocean Waters - Surrounded by the Pacific Ocean, the South China Sea, and other bodies of water, the Philippines benefits from high oceanic heat content, which fuels cyclones and increases rainfall. Mountainous Terrain - The Philippines' mountain ranges and volcanic topography contribute to localized climate patterns, influencing orographic rainfall, where moist air is lifted over mountains, causing heavy rain. Intertropical Convergence Zone (ITCZ)-As a tropical country, the Philippines is affected by the ITCZ, a belt of low pressure where trade winds meet, bringing frequent thunderstorms and heavy rainfall. Tectonic Activity and Volcanoes-The country’s location in the Pacific Ring of Fire makes it prone to volcanic eruptions, which can alter local climates by releasing ash and gases into the atmosphere. Sea-Level Rise- Being an archipelago, the Philippines is highly vulnerable to rising sea levels and coastal flooding, which are worsened by climate change. El Niño and La Niña-The Philippines is affected by El Niño and La Niña events, which cause extreme weather variations, including droughts during El Niño and intense rains and flooding during La Niña. Geographical Proximity to Asia-: Its position near Southeast Asia also exposes the country to continental influences, with wind patterns and pressure systems from neighboring regions impacting weather patterns.

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