§ Chapter V · A chapbook of selected writing · MMXXIV — MMXXVI

Writing

Five samples across three registers — formal academic, technical-policy, and public-facing science communication. Two of them treat the same subject in two voices, side by side. This chapter is about how the writing is built, not what it concludes; the science behind these documents lives on Research, and the build/deliverable view lives on Projects.

§ 5.1 · Five samples
§ Plate 01 · Formal academic · solo 2025

Biodegradation of Nicotine by Microorganisms

Pathways, environmental fate, and bioremediation potential.

Register
Formal academic · sole-authored review paper
Length
10 pages · structured abstract → mechanisms → discussion
Audience
Specialist scientific reader · advanced undergraduate / graduate
Source
ESM 219 · Bren School of Environmental Science & Management · UCSB

A sole-authored review of how environmental microorganisms degrade nicotine — a chemical that persists in soil and water long after the cigarette is gone. The piece moves from the abstract into pathways and mechanism, then into the bioremediation question, in the structure a specialist reader expects: declare what the literature says, then say where the literature stops.

Read it for the structural craft — how the abstract sets the four-part promise the body of the paper actually delivers, and how the citations are deployed to support claims rather than to decorate them.

§ Two registers · one source · ESM 214 coursework · 2024–2025
§ Plate 02 · Formal academic · solo · ESM 214 2024

Navigating Pharmaceutical Contamination: The Role of Constructed Wetlands in Mitigating Emerging Aquatic Pollutants

A formal academic treatment for a specialist reader.

Register
Formal academic · sole-authored review paper
Length
4 pages · abstract → CECs framing → CW mechanisms → variables (pH · temperature · HRT) → opportunities
Audience
Specialist scientific reader
Source
ESM 214 · Bren School of Environmental Science & Management · UCSB

A compact academic review of constructed wetlands as a mitigation strategy for pharmaceuticals in aquatic environments — the contaminants of emerging concern that conventional wastewater treatment plants are not engineered to remove. The argument moves through the CEC framing into how constructed wetlands work, then narrows to the three environmental variables (pH, temperature, hydraulic retention time) the literature treats as decisive.

This is the academic-register treatment of a subject that also exists, in this same chapter, in a public-facing register — see Card 03 for the Plain-English LinkedIn version of the same coursework.

§ Plate 03 · Public-facing science communication · solo 2024

Biological Waste Treatment: Wastewater, Solid Waste, and Nature-Based Solutions

Same scientific territory, written for a general professional audience on LinkedIn.

Register
Public-facing · long-form social article · sole-authored
Length
~1,200–1,800 words · headline → setup → mechanism in plain English → why it matters → close
Audience
General professional readership · environmental practitioners outside academia
Source
ESM 214 coursework, restaged for LinkedIn publication · 2024

The same scientific subject as the pharmaceutical-contamination paper next door, rewritten for the general professional reader. Where the academic paper opens with a four-part abstract, this opens with a hook; where the academic paper deploys hydraulic retention time as a technical variable, this translates the same mechanism into the plain language a non-specialist needs to follow why nature-based treatment systems matter.

Read the two together to see the same author working two different audiences without losing the science.

§ Plate 04 · Technical-policy · long-form · group · ESM 224 2025

Whitewater River Subbasin — Preliminary Watershed Management Plan

Technical-policy writing across hydrology, land use, water quality, and conservation strategy.

Register
Technical-policy · long-form · group-authored
Length
77 pages · executive summary → setting → analysis → strategy → recommendations
Audience
Watershed managers · planners · technical reviewers
Source
ESM 224 · Bren School · UCSB · 2025 · with two co-authors

A 77-page management plan written in the document register decision-makers actually consume — executive summary forward, recommendations grounded in the analysis section that supports them. The challenge for this kind of writing is integrating policy and science without letting either drown the other; this document keeps both audible.

The deliverable view of this same document — what the plan was for, who it was made with — lives on Projects.

§ Plate 05 · Long-form group technical writing 2026 · 141 pp

River Remedy — master's thesis report

Long-form environmental reporting at the master's level.

Register
Long-form group technical writing · master's thesis report
Length
141 pages · multi-chapter structure across pollution sources, transport, remediation strategy
Audience
Bren faculty review committee · graduate-level environmental practitioners
Source
UCSB Bren School · 2026 · group authorship; my contribution centered on the heavy-metals chapters and the technical-writing voice across the report

A 141-page group capstone report whose writing challenge was holding a single technical voice across multiple co-authors and many chapters. The chapters I led on heavy-metals hydrochemistry are where the writing-craft choices show most: how a finding is staged, how a figure is captioned to do half the explanatory work, how a methods section names what was done without padding.

The science view of this same report — questions, methods, findings — lives on Research. The deliverable view — group authorship, what it shipped — lives on Projects.

§ 5.2 · Sample previews
§ Sample · Biodegradation of Nicotine

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§ Sample · Navigating Pharmaceutical Contamination

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