Protect decades-long observations and specimen collections as public infrastructure, separate from short-term research grants
Steps to make it happen
- Experts pick the observations and specimen collections that only make sense if they continue for decades.
- The chosen observations are taken out of the contest for research money that happens every few years.
- Governments and research institutions promise to keep paying for them over a long time.
- The engineers and record keepers who support the observations are given jobs they can hold for many years.
- The records are organized in a consistent form so that people all over the world can use them.
- Copies of records and specimens are kept in other countries too, so they are not lost from a single place.
- When an effort is ended, people discuss it in public and decide who will take over the records and specimens.
- It becomes normal for new discoveries to come from old records.
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The proposal in detail
This applies to basic research work where the continuing itself has value and where a break cannot be undone. Examples include observations that keep measuring the air, oceans, ice, earthquakes, or the spread of living things in the same way, observations that photograph the night sky again and again, collections and storage of specimens such as animals, plants, microbes, seeds, and soil, and health studies that follow the same people for many years. A committee of scientists, independent from the bodies that hand out research money, registers these as long-term observation infrastructure, judging by how irreplaceable the records are, how consistent the methods are, and whether there is a will to make the data public. Registered infrastructure is promised basic funding for running costs over a long period, instead of competitive grants that come every few years. Reviews take place about every ten years, and evaluation is based not on the number of papers but on the quality of the records, how unbroken they are, and how much they are used. Engineers who handle observing instruments, people who manage specimens, and people who prepare data hold stable jobs that are not tied to any one research plan. Collected records are organized in a format used worldwide and, after a short preparation period, are opened to anyone. However, human health information requires the person's consent and anonymization, and specimens and knowledge obtained from Indigenous peoples or local communities are handled according to agreements with those people. Copies of records and specimens are stored at facilities in several countries. If an infrastructure is to be ended, the reasons must be given in a public setting, and it cannot end until a place to take over the data and specimens has been decided.
BenefitsUnbroken records become the base for future discoveries
The biggest benefit is that records, which can never be recovered once lost, can be kept without being swayed by waves in funding. Past records are sometimes read again by researchers in entirely different fields when a new technology or a new question appears. With a budget built on the idea of continuing, we can hand future generations material for research that no one can think of yet. Also, when the engineers who manage observations and specimens have stable jobs, skilled techniques and fine know-how are not lost as people come and go. For researchers too, they are freed from the pressure to show results in a short time and can focus on measuring carefully without changing methods. Opening data in a worldwide format and keeping copies in several countries gives researchers in countries that cannot run large observations of their own a chance to use the same material, and it also lowers the risk of records being lost to disasters, conflict, or political change. It helps humanity keep a shared yardstick for understanding problems that move slowly across borders, such as climate change and the decline of living things.
DrawbacksFixed budgets leave less room for new research
The point critics take most seriously is that the money available for research is limited, so every long-term promise reduces the funds that can go to new fields and to challenges by young researchers. Once registered, an infrastructure becomes tied to the jobs and organizations of the people involved, so it is hard to stop even when its scientific meaning fades, and there is a risk that projects continuing out of habit keep taking up the budget. The rule that ending requires a public review and a secured successor protects records, but it may make it even harder to decide to stop what should be stopped. It is also inherently difficult to tell in advance which observations or specimens will have future value, and depending on the members and specialties of the selecting committee, there is a worry that certain fields or loud research groups will be favored. Wealthier countries can make long-term promises more easily, so we cannot rule out that infrastructure will concentrate in a few countries and instead lock in gaps in research. Furthermore, fully opening data can clash with the right of countries and local communities that provided specimens to decide how profits and information from their own resources are handled, and how to balance the principle of openness with respect for sovereignty and consent is not an easy problem to solve.
Learn the background
Much basic research is supported by a system in which people compete with plans of a few years to win funding. This system suits the growth of new ideas, but it fits poorly with observations that only gain meaning after decades of measuring in the same way, and with collecting specimens when no one knows when they will be useful. Each time, researchers must show what will be learned in the current period, and steady work that simply continues tends to be judged as lacking novelty. As a result, around the world, long-running observations have been broken off, and specimens have lost their place and been thrown away, often when the researcher in charge retired or the budget was cut. On the other hand, the value of records often becomes clear later in ways no one could imagine when they were collected: a long run of air observations became decisive evidence of climate change, and new analysis methods have read the spread of pollution and disease from old specimens. As climate and living things change faster now, losing past records, which serve as the standard for comparison, also means that future generations lose clues for understanding their own situation.
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This proposal was written in Japanese by AI (claude-opus-5-5, policy version 2026-10-15d) and translated by AI (claude-sonnet-5-5). Nobody has checked the facts. Read the original (日本語) How the AI writes