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Overview

The field study conducted on August 8, 2024, at Mamala Bridge in Malaybalay City revealed significant environmental disruption due to pollution, including trash and fecal matter, which has severely affected the river's ecosystem and aquatic life. Despite the pollution, some terrestrial plants and animals continue to thrive in the area, indicating a mixed ecological response. The study highlights the lack of active environmental rehabilitation projects, raising concerns about the long-term sustainability of the Mamala River's ecosystem.

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0% found this document useful (0 votes)
8 views2 pages

Overview

The field study conducted on August 8, 2024, at Mamala Bridge in Malaybalay City revealed significant environmental disruption due to pollution, including trash and fecal matter, which has severely affected the river's ecosystem and aquatic life. Despite the pollution, some terrestrial plants and animals continue to thrive in the area, indicating a mixed ecological response. The study highlights the lack of active environmental rehabilitation projects, raising concerns about the long-term sustainability of the Mamala River's ecosystem.

Uploaded by

paminawa
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© © All Rights Reserved
We take content rights seriously. If you suspect this is your content, claim it here.
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I.

Overview (Brief introduction of the Field/Ecosystem Visited)


Malaybalay City is renowned for its beautiful sceneries, cool climate, situated
between mountains and valleys. One of the places that was examined by this
field study was Mamala Bridge located near NHA Phase 4, Malaybalay City. After
careful evaluation on August 8, 2024, it was observed that the ecosystem
surrounding Mamala Bridge has been significantly disrupted. The presence of a
substantial amount of trash and accumulated waste, including fecal matter, was
detected along the riverbank. These factors have contributed to the degradation
of the hydrosphere that has negatively impacted aquatic life and the
environment, resulting in foul odors and polluted waters. Despite these
environmental challenges, the area still supports growth of plants, and a small
number of land animals were also spotted near the water's edge.

II. Objectives (Identify the objectives/goals of the field study/case report)

III. Main Body (Descriptions of the field site, project, plans or programs; Structure of
the project management; Interview schedule, etc.)
On August 8, 2024, a group of five students, Balarias, I., Lim, J., Mindanao, T.,
Pekitpekit, R., and Villon, R., were assigned the responsibility of inspecting and
assessing the condition of various subsystems as well as identifying potential
environmental issues in a selected area. Thus, the students chose Mamala
Bridge as the location for their field study. Upon arrival at the site, the students
observed that several households were situated near the bridge. The area was
notably characterized by the presence of various plant species and land animals,
indicating some level of ecological activity. However, as the inspection continued,
the students discovered significant pollution in the river adjacent to the
households. The waterway was found to be heavily contaminated, with
noticeable amounts of fecal matter and accumulated garbage, which posed a
serious environmental concern. The Mamala River showed little to no presence
of aquatic life which indicated a disturbed ecosystem.
In recent years, numerous projects have been undertaken, including
infrastructural developments focused on the development of the bridge and other
buildings in the surrounding areas. Unfortunately, these developments appear to
have had a detrimental impact on the Mamala River. The ecosystem within the
river has suffered significant damage, likely due to the lack of consideration for
environmental preservation during the implementation of these projects. As of the
current status quo, there appears to be no active projects, plans, or programs
aimed at environmental rehabilitation, particularly in relation to the Mamala River.
The absence of such initiatives raises concerns about the long-term health and
sustainability of the river's ecosystem.
The surrounding atmosphere and biosphere in the area have significantly
deteriorated due to the pollution and waste present in the hydrosphere,
particularly within the river. This contamination has led to a foul-smelling
environment and has severely impacted the biodiversity within the water,
resulting in poor aquatic life. Despite these adverse conditions in the river,
terrestrial life along the riverbank appears to be thriving. Numerous plants have
flourished, and various animals, including chickens, goats, and dogs, can be
found inhabiting the area near the water’s edge.

IV. Conclusions (Summarize how all the features in the subsystems work together)

V. Implication (Some significant insights of the field visit; Plan of action, program or
initiative in protecting the Earth as our only home)

VI. Documentation

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