About Gospodarka Surowcami Mineralnymi – Mineral Resources Management

Gospodarka Surowcami Mineralnymi – Mineral Resources Management

Gospodarka Surowcami Mineralnymi – Mineral Resources Management is a Polish scholarly journal devoted to how mineral and energy raw materials are found, evaluated, extracted, processed, traded and managed. Its Polish title translates literally as the management of mineral raw materials, and its English subtitle, Mineral Resources Management, is the name under which it is cited internationally. Published in Kraków in connection with the Mineral and Energy Economy Research Institute of the Polish Academy of Sciences, the journal sits at the meeting point of economic geology, mining economics, energy studies and environmental management. That position matters. Many journals treat a deposit purely as a geological object, and many economics journals treat a raw material purely as a commodity price. This journal is built for the space in between, where a geological assessment becomes an investment decision, where a coal contract becomes an energy security question, and where a waste stream becomes either a liability or a secondary resource.

For readers discovering the journal for the first time, the most useful way to understand it is as a resource governance journal with deep technical roots. Papers report deposit geology and mineral processing in technical detail, and in the same issue a reader may find a market study of coal supply, an analysis of critical raw materials for Europe, or an assessment of the environmental legacy of an abandoned industrial site. The common thread is not a single method. It is a single question, approached from many directions: how should societies understand, value and steward the mineral and energy resources on which they still depend, even as energy systems change?

Quick facts

A note on the publishing history helps explain a point that confuses many readers. Older articles from this journal circulate as PDFs bearing a large commercial platform watermark, because the archive was distributed through that platform in the mid-2010s. The journal's present home is the Polish Academy of Sciences journal system, and its authors are overwhelmingly affiliated with the Kraków institute and partner universities such as AGH University of Krakow. When a directory lists a commercial distributor as the publisher, it is usually describing that distribution period rather than the institute that owns and edits the journal. The editorial identity has remained anchored in the Polish Academy of Sciences throughout.

History and volume record

The journal's volume numbering tells its own story of continuity. Volume 31 appeared in 2015, volume 32 in 2016 and volume 37 in 2021, a steady one-volume-per-year rhythm that places the title among the long-running specialist journals of Polish earth and resource science. Across those decades the subject matter has visibly widened. Earlier Polish resource journals naturally concentrated on the country's own endowment: hard coal in Silesia, lignite, copper and silver in the Legnica-Głogów district, rock raw materials, and the chemical feedstocks that supported domestic industry. Those subjects have not disappeared, and Polish deposits still feature strongly, but the frame around them has become European and global. A study of a Polish quarry raw material now sits comfortably beside work on international metals markets, supply risk for strategic elements, and the resource implications of the energy transition.

That widening mirrors the institute behind the journal. The Mineral and Energy Economy Research Institute of the Polish Academy of Sciences works on mineral and energy policy, resource economics and environmental questions as a research mission, not only as a publishing sideline. A house journal attached to such an institute tends to publish the institute's own research community alongside outside contributors, and that pattern is clear here: Kraków affiliations recur, AGH University of Krakow appears frequently, and co-authorship with other Polish technical universities and, increasingly, partners abroad is common. Readers assessing a paper should therefore expect a strong Central European empirical base, often built on Polish deposits, Polish energy data and Polish industrial case material, generalised where the authors can defend the wider lesson.

Scope in depth

The declared heartland of the journal is the management of mineral resources, and management here is used in its full sense. It includes the geology that establishes what exists, the engineering and processing that establish what can be recovered, the economics that establish what is worth recovering, and the environmental and social analysis that establishes what should be recovered and under what conditions.

Geology and evaluation of deposits

Papers in this strand describe mineral deposits and raw material occurrences, characterise their quality, and evaluate their possible uses. Typical work includes mineralogical and chemical characterisation of industrial minerals, assessment of aggregates and dimension stone, studies of accompanying minerals in established mining districts, and re-evaluation of materials once treated as waste. The basalt weathering crust studies published in the journal illustrate the style well: detailed laboratory characterisation of a clay-rich regolith, measurements of specific surface area and sorption behaviour, and then a practical conclusion about waterproofing and ceramic applications, grounded in the historical use of the same material. The geology is never left as description alone; it is pushed toward a resource decision.

Mining, processing and recovery

A second strand covers the technical side of extraction and beneficiation: mining methods and their ground effects, mineral processing and grinding, recovery of valuable components from ores and from secondary streams, and prediction of mining-induced surface movement. The journal has published stochastic modelling of ground movements above German coal workings, including the protection of a motorway bridge within a fissure zone and the prediction of uplift where a closed mine floods. Such papers are valuable precisely because they combine a mathematical model with a named place, a named seam and a concrete structure at risk. Readers in mining geomechanics will find the journal speaks their language, while readers in planning and insurance can follow why the modelling matters.

Energy raw materials and markets

Coal remains a defining subject, treated not nostalgically but analytically: production volumes and the factors that constrain them, optimisation of coal deliveries to power plants, import dependence and the shock that followed the halt to Russian coal entering the Polish market in 2022, and the economics of heating fuel for households and district heating. Alongside coal, the journal covers natural gas, oil, biomass conversion such as hydrothermal carbonisation, underground hydrogen storage in deep aquifers, and the broader economics of energy transition in carbon-intensive regions. A recurring strength is attention to the social dimension of transition, including studies of territorial stress and adaptive capacity in the Kraków metropolitan area and in Silesia. Energy, in these pages, is a resource system with people inside it, not a set of fuel statistics.

Critical and strategic raw materials

As European policy has elevated supply security, the journal has become a natural home for work on critical raw materials: scandium, tantalum, vanadium, silicon metal, platinum group metals and the rare and dispersed elements on which clean technology depends. Published analyses map where Europe's supply originates, how concentrated that supply is, and what diversification, substitution or recycling could realistically achieve. Because Poland's own copper, silver and chemical raw materials give its researchers a producer's perspective, these papers often read differently from demand-side commentary written in importing countries. The journal also covers transparency in the extractive industries and the use of disclosure as a driver for circular economy practice, with Polish case material.

Waste, circularity and environmental legacy

A further strand treats waste as a resource problem and mining's footprint as a management problem. Subjects include red mud from alumina production and its effects on soil, water and sludge around a disposal site; recovery of metals from industrial residues; coal mining heritage and the criteria by which post-mining sites are preserved or released; and the environmental assessment of quarries, spoil heaps and flooded workings. This work gives the journal relevance well beyond active mining. Regulators, remediation engineers and heritage professionals all deal with the afterlife of extraction, and the journal documents that afterlife with the same empirical care it applies to a new deposit.

How to read the journal's research

Most papers follow a recognisable empirical pattern. A resource, deposit, market or site is introduced with its geological or institutional background. Data are then assembled from fieldwork, laboratory analysis, official statistics or market records. A model, classification or evaluation is applied, and the conclusion returns to a management implication: a recommended use, a supply risk, a production constraint, a remediation priority. Readers who want the practical payload of a paper can usually find it in the final section, while readers who want to judge the method should pay attention to how the deposit or dataset was sampled, because Polish case studies vary greatly in scale, from a single quarry face to national production statistics covering millions of tonnes.

Bilingual presentation deserves a practical note. Articles appear in English or Polish, and the journal platform presents titles and abstracts so that an English-speaking reader can identify relevant Polish-language work. Anyone citing the journal should cite the title in the form printed on the article and give the English subtitle where a full translation helps an international audience. The standard abbreviation derived from the title is Gospod. Surowcami Miner., and the journal is widely referenced in combination with its English subtitle.

Indexing, standing and metrics

The journal is covered by Scopus-derived services, and SCImago listings place it in Economic Geology. In the SCImago-derived data most recently summarised by third-party trackers, the journal held a best quartile of Q3 in that category, an SJR value around 0.31, and an h-index in the mid-twenties, with coverage recorded from 2008 onward. Those figures should be read correctly. A Q3 specialist journal attached to a national academy institute is not competing with general geology titles for the same authors; its value lies in depth within a defined resource community, in long runs of Polish and Central European data that are difficult to find elsewhere, and in the policy relevance of its energy and critical materials work. Citation counts for such a journal also move slowly, because many of its readers are practitioners in mining companies, geological surveys and ministries who use the work without citing it in journals themselves.

Prospective authors should check the journal's current indexing claims on its own Polish Academy of Sciences pages before submitting, rather than relying on any secondary tracker, because coverage years and quartile assignments are updated annually and trackers lag. The same caution applies to any article processing charge or submission fee: where a charge is not stated on the journal's own pages, it should be treated as not publicly disclosed and confirmed directly with the editorial office rather than assumed to be zero.

Editorial character and authorship

The editorial character of the journal is that of an institute journal with international ambitions. The Kraków institute supplies the editorial centre of gravity, the Polish Academy of Sciences supplies the publishing platform and the prestige of a national academy, and the author base supplies the reach. Papers come from university geology and mining faculties, from geological surveys, from industry-linked institutes and from the energy sector. International co-authorship appears, for example, with Latvian partners on circular economy and extractive transparency, and the journal regularly publishes on non-Polish subjects where the resource question travels, from German coalfield geomechanics to global metals markets disturbed by war.

Peer review is the expected gateway for research articles in a journal of this standing, and contributions are expected to present original data or original analysis rather than restating known deposit descriptions. The strongest submissions, judged by the journal's own published record, share three habits. They name the resource precisely and locate it. They quantify, whether the quantity is a sorption capacity, a production volume, a supply share or a predicted displacement in millimetres. And they close the loop to management, stating what a mine operator, a ministry, an investor or a remediation team should do differently because the work was done.

Who should read and cite it

Economic geologists will find deposit and industrial mineral studies with full characterisation data. Mining engineers will find ground control, processing and production analysis tied to real workings. Energy analysts will find coal, gas and transition studies built on Polish and European data at a moment when Poland's energy choices carry continental significance. Policy researchers will find critical raw materials analysis written from a producing country's vantage point, plus work on extractive transparency and just transition in coal regions. Environmental scientists and heritage specialists will find the remediation and post-mining literature unusually concrete. For librarians and research managers, the journal is a justified specialist holding: quarterly, academy-published, continuously numbered for decades, and cited across the mining and resource economics literature.

Frequently asked questions

Is Mineral Resources Management the same journal as Gospodarka Surowcami Mineralnymi?

Yes. They are the Polish title and the English subtitle of one journal, identified by print ISSN 0860-0953 and online ISSN 2299-2324. Cite the form used by the article you consulted.

Where is the journal published?

In Poland, in connection with the Mineral and Energy Economy Research Institute of the Polish Academy of Sciences in Kraków, through the Polish Academy of Sciences journal platform. Listings that name a commercial distributor generally reflect an earlier distribution arrangement for the archive.

Does the journal publish only about Poland?

No. Polish deposits, Polish coal and Polish energy data are its empirical backbone, but it publishes European and global resource studies, including German mining geomechanics, international metals market analysis and critical raw materials supply mapping.

How often does it appear?

Quarterly, with four issues making up one annual volume.

What quartile does it hold?

SCImago-derived listings have placed it at Q3 in Economic Geology, with an SJR around 0.31 in the data summarised for 2024. Quartiles are recalculated annually, so check the current SCImago page for the year you need.

Reading the journal alongside Poland's resource debate

To appreciate why this journal matters now, a reader should place it against the questions Poland cannot avoid. Poland built its electricity and heating systems on domestic hard coal and lignite, built a major copper and silver industry on the deposits of Lower Silesia, and built chemical and construction industries on domestic rock and mineral raw materials. Every element of that inheritance is now contested in a productive sense. Coal regions must plan for decline in extraction while protecting the communities extraction created. Copper and associated metals have gained new strategic value as electrification raises demand for the metals of wiring, motors and grids. Imported fuels and the minerals Poland does not possess must be secured in markets where supply is concentrated and where war has already shown how quickly a trade flow can stop. A journal that has spent decades publishing the geology, the economics and the environmental accounting of exactly these materials is not a bystander to that debate. It is one of the places where the evidence for the debate is made.

The journal's treatment of accompanying and secondary resources deserves particular attention from readers interested in the circular economy. Modern resource management increasingly asks what value remains in what was discarded: the metals in a slag heap, the components in a processing tailing, the sorption capacity in a weathering crust, the aggregate in a demolition stream, the heat or the storage capacity in a flooded mine. Because the journal's authors work in a country with centuries of mining behind it, they write about secondary resources with the advantage of real inventories — named sites, sampled materials, measured compositions — rather than with the abstraction that sometimes marks circular economy commentary. A reader following that strand across several volumes can watch a conceptual shift happen in print, from waste as a disposal problem priced by the tonne, to waste as an ore body whose grade, mineralogy and market must be established with the same rigour as a primary deposit.

There is also a methodological lesson in the journal for younger researchers in resource science. Its best papers refuse to separate the three judgements that a resource decision requires. The geological judgement establishes tonnage and quality with stated uncertainty. The economic judgement establishes cost, price and market with stated assumptions. The environmental and social judgement establishes what extraction, processing or closure will do to water, land, air and community, again with stated evidence. Papers that perform only the first of those judgements read, in this journal's company, as unfinished, however good their laboratory work may be. That editorial expectation, visible across coal, copper, industrial minerals and critical materials alike, trains its authors and its readers to think like resource managers rather than like specialists in a single stage of the chain. It is the deepest reason the journal's English subtitle is management, and not geology, economics or engineering alone.

Verification note

This profile is based on the journal's own Polish Academy of Sciences platform, the affiliations and licensing printed on its published articles, and Scopus and SCImago-derived listings for its category, quartile and citation indicators. Facts that could not be confirmed from those sources, including any current submission charge, are described as not publicly disclosed rather than guessed.