This academic research paper shows strong indicators of AI-assisted writing, particularly in its formal sections, theoretical framework, and methodology chapters. While the document contains clear markers of student authorship (informal notes like 'add rows na lang', placeholder text, and some grammatical inconsistencies), the body prose exhibits consistent AI-generation patterns.
The Acknowledgement contains two near-identical paragraphs: 'Her generosity and willingness to extend support greatly contributed to the researchers' ability to accomplish the necessary requirements' and 'His generosity and willingness to extend support greatly contributed to the researchers' ability to accomplish the necessary requirements.' The Data Analysis section repeats 'The recorded results indicate that the function generally performed as intended across the repeated trials. The presence of unsuccessful trials shows that minor performance variation occurred during testing, but the overall proportion of successful results remained high. These findings support the corresponding summary result...' verbatim for every single sensor/component.
Every theory section follows an identical pattern: introduce the theorist and year, explain the principle, then connect it to RootHive. For example: 'Dalton's Law of Partial Pressures by John Dalton (1801)...The principle supports the researcher's current study by explaining...' then 'Fick's Law of Diffusion, introduced by Adolf Fick (1855)...By integrating automated sensing with the natural process of diffusion, RootHive...' This rigid structural uniformity across ten separate theory entries strongly suggests AI templating.
Phrases like 'Furthermore, besides flood mitigation,' 'Correspondingly, the availability of elevated root-zone oxygen,' 'Collectively, the integration of RootHive hardware,' and 'Ultimately, this study is expected to support advancement' appear throughout, creating seamless transitions that cover every angle without gaps — a hallmark of AI writing.
'These quantitative results indicate that the developed system generally demonstrated consistent and reliable performance...although the comparatively lower performance of soil moisture detection and calcium peroxide dispensing identifies areas requiring further refinement.' The qualifier structure of claim + caveat + future improvement suggestion is consistent AI hedging behavior.
The text contains 'drop yield' where 'crop yield' is meant, 'Zhou et al., 2026' and 'Thamaraiselvan et al., 2026' (future dates, likely typos), 'because it replaces the air spaces within the soil, prohibiting sufficient oxygen' (awkward phrasing), and 'beyond water caused by flooding creates a not good environment' — these are authentic student errors unlikely to survive AI polishing.
The document contains 'add rows na lang' (Filipino for 'just add rows'), 'Figure 1 Title Here' repeated multiple times, 'CODE Wait for Division Memo' at the top, and blank table entries. These are clearly student scaffolding notes inconsistent with AI-only generation.
The Methodology chapter inconsistently shifts between past tense ('The researchers will gather data through systematic testing') and present/future tense ('will be tested,' 'will be evaluated'), suggesting human editing of AI-drafted text rather than consistent human or AI authorship.
'data-driven decision-making' appears at least 15 times throughout; 'flood-prone conditions' repeated throughout; 'sustainable agricultural practices,' 'climate resilience,' 'timely intervention,' 'holistic' approach implied throughout. The Background of the Study uses 'this underscores the limited application surrounding integration of these technologies' — characteristic AI formality.