Agricultural Impacts on Costa Rica's Marine and Terrestrial Environments
This paper examines the environmental consequences of banana, coffee, and pineapple cultivation in Costa Rica, focusing on both marine and terrestrial ecosystems. It explores how monoculture farming, widespread pesticide use, deforestation, and industrial waste discharge degrade soil fertility, contaminate water sources, and disrupt biodiversity. The study highlights specific harms tied to each crop — from fungicide-driven soil degradation and cancer risks in banana plantations to river pollution from coffee processing and pesticide contamination of drinking water near pineapple farms. The paper also outlines recommendations including organic farming, recycling of plant waste, and no-till and mulch farming techniques, concluding with a call for stronger government regulation and enforcement of environmental legislation.
- Introduction: Overview of agricultural impacts on Costa Rica's ecosystems
- Marine and Terrestrial Environment: Defining marine and terrestrial environmental categories
- Negative Impacts of Banana Plantation: Monoculture, pesticides, and soil degradation from bananas
- Negative Impacts of Coffee Plantation: River pollution, deforestation, and water use from coffee
- Pineapple Plantation and Its Environmental Consequences: Pesticide exposure, water contamination, and marine disruption
- Recommendations for Sustainable Farming: Organic, no-till, and mulch techniques as solutions
- Conclusion: Call for stronger government environmental enforcement
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What makes this paper effective
- Uses country-specific data — such as the 37% reduction in soil carbon and the $484.5 million in pineapple exports — to ground abstract environmental claims in concrete evidence.
- Maintains a consistent three-crop structure, addressing banana, coffee, and pineapple in turn, which makes the argument easy to follow and compare across commodities.
- Balances problem identification with actionable recommendations, moving from diagnosis to practical policy and farming solutions in the final sections.
Key academic technique demonstrated
The paper demonstrates applied environmental analysis: it takes a broad concept (agricultural harm to ecosystems) and narrows it to a specific national context, using cited research and trade statistics to support each claim. This approach — scoping a global issue through a focused regional case study — is a common and effective technique in environmental and social science writing.
Structure breakdown
The paper opens with a brief overview of marine and terrestrial environments, then devotes a section to each of the three crops, pairing global context with Costa Rica-specific detail. Each crop section follows a similar pattern: describe the practice, identify the harm, cite evidence, then suggest remedies. The conclusion zooms back out to critique government policy, giving the paper a clear funnel structure from broad to specific and back to broad.
Introduction
Agriculture practices have a significant impact on both marine and terrestrial environments. Around the world, many agricultural practices are creating negative impacts on tropical forests and wildlife. This study examines the negative impacts of banana, coffee, and pineapple plantations on the marine and terrestrial environment in Costa Rica. It also addresses the issue of monoculture and what steps government should take to reduce the consequences.
The practices currently used for banana plantation are creating severe negative impacts on tropical rainforests. Fungicides and insecticides applied on banana plantations are causing cancer and are very harmful to plantation workers, while also damaging the surrounding environment. It is therefore necessary to raise awareness about the negative impacts of banana plantation — which is essentially a mono-crop system. Farmers should limit their chemical usage and cultivate more environmentally friendly crops.
Coffee plantation in Costa Rica is also creating negative environmental impacts, and there is a need to improve current legislation on this matter. Coffee plantations require excessive water use, which further strains the environment. Pineapple plantation presents similar concerns. This paper discusses the various negative impacts of pineapple plantation and how to prevent them.
Marine and Terrestrial Environment
The survival of human beings, animals, and plants all depends on water. Approximately 71% of the planet's surface is covered by water, most of which exists as seas and oceans. Water provides food and energy, and is essential not only for sustaining life but also for international trade and maintaining a stable global environment.
The world's oceans facilitate marine transport, mining, and the extraction of other natural resources, and also play a critical role in climate regulation. Today, approximately 85% of the global fish catch comes from marine fisheries, and 80% of trade operations are conducted through ocean shipping. Despite the imposition of various laws, fishing continues to threaten ecological systems. It is estimated that around 70% of the world's fish stocks have been pushed beyond sustainable limits (Castillo, Martinez, Ruepert, Savage, Gilek, & Pinnock, 2006).
Industries also use the ocean as a dumping ground for waste. The ongoing threat of accidental oil spills and the discharge of nuclear or radioactive materials at sea pose major hazards. Destructive algal organisms, nurtured by sewage and waste, have become increasingly common and are damaging marine ecosystems.
Anything belonging to land rather than sea or air falls under the category of "terrestrial." The terrestrial environment encompasses that part of Earth's land area which includes both human-made and natural surfaces, and which changes in response to shifts in the atmosphere. Approximately 12.2% of the global area is classified as terrestrial environment.
References
Astorga, Y. The Environmental Impact of the Banana Industry: A Case Study of Costa Rica.
Banana plantations in Latin America. World Rainforest Movement.
Castillo, L. E., Martinez, E., Ruepert, C., Savage, C., Gilek, M., & Pinnock, M. (2006). Water quality and macroinvertebrate community response following pesticide applications in a banana plantation, Limon, Costa Rica. Science of The Total Environment, 367(1), 418–432.
Costa Rica Analysis.
Costa Rica Launches Groundbreaking Environmental Initiative. (2010, October 15). The Nature Conservancy.
Farmer to Farmer Program Guyana Organic Pineapple Project. Partners of the Americas.
Morton, J. (1987). Banana. In: Fruits of Warm Climates.
Organic Farming in the Tropics and Subtropics: Exemplary Description of 20 Crops. Naturland.
The Environmental Impact of Banana Plantations.
Worobetz, K. (2000). Loss of Biodiversity is a Critical Issue. Department of Biological Sciences.
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