Skill UI

A comprehensive guide for authors publishing in economic geography journals, detailing how to structure manuscripts to satisfy both economic and geographical communities. It provides methodological advice on transitioning between formal NEG/quantitative-spatial models and conceptual/evolutionary frameworks, ensuring that the underlying mechanisms and assumptions are transparent and testable.

A comprehensive academic guide for refining research questions intended for the Journal of Economic Geography (JEG). It implements a rigorous "two-community test," ensuring the topic successfully bridges geographical economics (quantitative models) and human geography (place-based studies). Use this checklist before major data collection to validate the mechanism and justify the spatial role of the research.

This router guides researchers through the complex process of preparing a manuscript for the Journal of Economic Geography (JEG). It determines the optimal sequence of specialized skills needed at each stage—from initial topic selection, theoretical modeling, and robustness checks to drafting a rebuttal. It is designed to ensure the paper meets the unique interdisciplinary standards required to satisfy both economic and geographical reviewers.

This guide provides essential stylistic rules for writing academic manuscripts intended for interdisciplinary audiences, specifically bridging economics and geography. It helps authors structure their arguments, translate complex technical apparatus into prose, and ensure the spatial contribution is legible to both economic and geographical scholars without diluting the core findings.

This guide helps authors assess the suitability of their manuscript for the Journal of Economic Geography (JoEG). It is a comprehensive tool for interdisciplinary papers spanning spatial economics, regional development, and cluster analysis. It covers academic fit, methodological rigor (including spatial inference), structural requirements, and common rejection pitfalls, helping authors effectively re-frame their work for target academic venues.

This comprehensive guide is designed for authors submitting full-length manuscripts to Journal of Geophysical Research: Atmospheres (JGR-Atmospheres). It helps assess the fit, required depth, and methodological rigor of atmospheric science studies. The skill covers essential topics like aerosol interaction, cloud physics, atmospheric dynamics, data requirements (FAIR), and the specific structural expectations (e.g., Plain Language Summary) needed to meet the journal's high standard for quantitative, definitive scientific advances.

A comprehensive guide detailing the mandatory replication package requirements for submitting empirical papers to the Journal of Urban Economics (JUE). It covers not only standard data and code deposits but also specialized techniques for handling complex geospatial data, geocoding pipelines, and proprietary/confidential restricted data paths to ensure maximum reproducibility.

A comprehensive guide for researchers to determine if their academic contribution truly possesses a constitutive spatial mechanism, rather than merely using geographic data. This guide helps authors navigate the nuanced boundaries between major journals (like JUE, RSUE, JEG), ensuring the paper's core novelty is its unique spatial contribution, not just its setting.

A comprehensive guide for academic authors seeking to polish their manuscripts for top-tier urban economics journals. It focuses on restructuring the narrative to prioritize the spatial mechanism, ensuring the introduction, abstract, and results are grounded in concrete geography and interpretable policy magnitudes, rather than general statistical significance or abstract jargon.

A comprehensive guide designed to help authors assess the suitability of their manuscript for Limnology and Oceanography. It focuses on evaluating whether the work provides rigorous process insight by coupling physical, chemical, and biological processes in aquatic systems, going beyond mere descriptive surveys. This tool covers scope, required quantitative evidence, biogeochemistry, and journal-specific house style.

This guide provides a rigorous framework for evaluating computer architecture designs. It covers critical steps including selecting the appropriate simulation instrument (from analytical models to silicon measurements), constructing robust baselines, performing ablation studies, and reporting comprehensive metrics like geomeans and full overhead accounting to ensure scientific validity.

This comprehensive guide outlines the standardized procedures and required repositories for ensuring data and code availability in scientific publications, particularly in molecular biology. It details where to deposit various data types (e.g., sequencing, structures, proteomics) in approved archives (GEO, PDB, PRIDE, Zenodo), provides the mandatory standardized statement format, and emphasizes the need to obtain accessions/DOIs before submission to ensure reproducibility.