A fossil is a small surviving clue to a world that no longer exists. Reading it well requires more than knowing the word dinosaur. This guide teaches 100 English palaeontology vocabulary words and terms, with definitions, collocations and original examples for describing specimens, following geological time and checking what the evidence supports.
South Africa is a powerful setting because its fossil records include ancient ecosystems of the Karoo and evidence relevant to human evolution. Wits University’s collections and UNESCO’s account of the Fossil Hominid Sites introduce different kinds of enquiry. We will keep those histories distinct rather than putting every fossil into one giant dinosaur story.
Begin with one documented museum specimen or image. Identify what is preserved, read its context and explain one conclusion with a stated limit. “Top 100” means a curated learning selection, not a measured frequency ranking. Palaeontology is the common British and South African spelling; paleontology is common in American English. The classroom scenes below are original teaching examples.
Choose the clue you want to understand
Start with the fossil, the rock, the time relationship or the museum explanation.
Can you separate an object, a reconstruction and an inference?
Try this sentence: “The display shows a cast of a skull beside a reconstructed skeleton.” The cast represents a particular object; the reconstructed skeleton may combine preserved evidence with restored or inferred parts. Neither should be described as an entirely original complete body unless the record establishes that.
Next explain why an older layer does not necessarily supply a numerical age. Relative order and a measured or constrained age answer different questions. If those ideas blur together, start with groups 3–4. If you can explain them but call every extinct animal a dinosaur, begin with groups 5 and 9.
A student can mark observed and inferred features in different colours. A parent can ask which source supplies a date. A teacher can remove the label and then return it, checking whether the learner revises the explanation rather than inventing missing facts.
Contents: find a useful word group
Kinds of evidence, rock context, time and anatomy: 1–50
1–10: Locate the field of enquiry
11–20: Describe what has been preserved
21–30: Read the rock around the fossil
Research processes, museum records, evolution and claims: 51–100
51–60: Follow a recorded investigation
61–70: Compare and classify evidence
71–80: Read the museum display and its records
Worked example · Practice · Speaking and writing · Questions · Sources
Related sciences can overlap without becoming interchangeable. Use the question being asked to choose the right subject term.
| No. | Word or term | Meaning and usage | Natural collocation | Original example |
|---|---|---|---|---|
| 1 | palaeontology | The study of past life through fossils and associated evidence; paleontology in American spelling. | vertebrate palaeontology | The student distinguished vertebrate palaeontology from a study of modern animal behaviour. |
| 2 | fossil | Preserved remains or evidence of past life from a geological context. | fossil evidence | Fossil evidence can include traces of activity as well as preserved body parts. |
| 3 | palaeoanthropology | The study of human evolution through fossil and related evidence. | palaeoanthropological research | The account placed the skull within palaeoanthropology rather than a dinosaur collection. |
| 4 | palaeobotany | The study of ancient plants through fossil evidence. | palaeobotanical collection | Palaeobotany showed the learner why the history of life includes plants. |
| 5 | archaeology | The study of the human past through material remains and their contexts. | archaeological evidence | Archaeology can overlap with fossil research without making the subjects identical. |
| 6 | geology | The study of Earth’s materials, structure, processes and history. | geological context | Geology helped the learner explain the rock context surrounding the fossil. |
| 7 | specimen | An individual object or sample retained for study. | catalogued specimen | The catalogued specimen could be linked with its research records. |
| 8 | organism | An individual living thing, or one that lived in the past. | ancient organism | The ancient organism was represented by only a small preserved part. |
| 9 | extinct | Having no living members of the specified species or other group. | extinct species | An extinct species should not be confused with one merely absent from a local area. |
| 10 | extant | Still living or existing, especially of a biological group. | extant relative | The extant relative offered a comparison rather than an exact portrait of the fossil animal. |
Wits’ fossil collections include different kinds of organisms and geological contexts. The university setting makes the breadth of the subject visible without requiring one specimen to answer every question.
A fossil need not be a complete skeleton or a bone turned into stone. Begin by naming the type of evidence.
| No. | Word or term | Meaning and usage | Natural collocation | Original example |
|---|---|---|---|---|
| 11 | body fossil | Preserved evidence of an organism’s physical body or a body part. | fragmentary body fossil | The fragmentary body fossil preserved a tooth rather than a complete animal. |
| 12 | trace fossil | Preserved evidence of biological activity, such as a footprint or burrow. | fossil trace | The trace fossil recorded activity without preserving the maker’s body. |
| 13 | footprint | An impression made by a foot, sometimes preserved as a fossil. | fossil footprint | A fossil footprint helped the class ask about movement and the original surface. |
| 14 | trackway | A sequence of tracks left by a moving organism. | fossil trackway | The fossil trackway preserved several steps rather than one isolated mark. |
| 15 | burrow | A passage made by an organism through sediment or other material. | preserved burrow | The preserved burrow was evidence of activity within the ancient sediment. |
| 16 | coprolite | Fossilised dung. | coprolite specimen | A coprolite specimen required study before a confident claim about its producer. |
| 17 | mould | An impression or cavity formed around an organism or its remains. | natural mould | The natural mould preserved a shape after the original material disappeared. |
| 18 | cast | A positive copy of a form, formed naturally or made as a replica. | museum cast | The museum cast was labelled as a copy rather than the original fossil. |
| 19 | impression | A mark or shape left on a surface. | leaf impression | A leaf impression preserved form without necessarily preserving the original leaf substance. |
| 20 | microfossil | A fossil generally requiring magnification for detailed study. | microfossil sample | The microfossil sample made an unseen part of the fossil record visible. |
The National Park Service account distinguishes body evidence from traces. Cast is especially context-sensitive: a natural fossil cast and a modern museum replica are different things.
Contents · Previous group · Next group
Removing the context from the story can remove information. These terms connect an object with the deposit in which it occurs.
| No. | Word or term | Meaning and usage | Natural collocation | Original example |
|---|---|---|---|---|
| 21 | sediment | Particles or other material transported or deposited by natural processes. | fine sediment | Fine sediment surrounded the specimen in the documented sample. |
| 22 | sedimentary rock | Rock formed from accumulated sediment or chemical or biological deposits. | sedimentary rock layer | The sedimentary rock layer preserved evidence of an earlier environment. |
| 23 | stratum | A layer of rock or sediment; the plural is strata. | fossil-bearing stratum | The fossil-bearing stratum was recorded separately from the layer above it. |
| 24 | stratigraphy | The study of rock layers and their relationships. | site stratigraphy | Site stratigraphy helped researchers examine the sequence of deposits. |
| 25 | formation | A named rock unit defined by recognisable characteristics and mappable extent. | geological formation | The label’s geological formation name identified a rock unit rather than a biological species. |
| 26 | outcrop | Rock exposed at Earth’s surface. | rock outcrop | The photograph showed an outcrop, but access and collecting permissions were separate matters. |
| 27 | matrix | The material surrounding or enclosing a fossil or other object. | rock matrix | The preparator distinguished the fossil from the surrounding rock matrix. |
| 28 | deposition | The laying down or accumulation of sediment or other material. | sediment deposition | Sediment deposition formed part of the explanation for the original layer. |
| 29 | erosion | The removal and transport of material by processes such as water or wind. | surface erosion | Surface erosion exposed material while also affecting its preservation context. |
| 30 | breccia | Rock composed of angular fragments bound within a finer material or cement. | cave breccia | The lesson used cave breccia to introduce a particular kind of rock description. |
A specimen’s position, surrounding rock and collection record can support different questions. A loose object without a recorded context may be much harder to interpret.
Contents · Previous group · Next group
A date needs a material, method and event. A fossil’s age is not automatically read directly from a bone.
| No. | Word or term | Meaning and usage | Natural collocation | Original example |
|---|---|---|---|---|
| 31 | relative dating | Establishing whether events or objects are older or younger without necessarily assigning numerical ages. | relative dating sequence | The relative dating sequence ordered the layers but supplied no exact year. |
| 32 | numerical age | An age expressed as a quantity of elapsed time, with an associated basis and uncertainty. | estimated numerical age | The estimated numerical age needed a method and stated uncertainty. |
| 33 | radiometric dating | Age determination using radioactive decay and suitable isotope measurements. | radiometric dating method | The radiometric dating method was chosen for the material and event under investigation. |
| 34 | isotope | An atom of an element differing in neutron number from another atom of that element. | radioactive isotope | The explanation identified the radioactive isotope relevant to the dating method. |
| 35 | half-life | The time in which half the atoms of a radioactive isotope decay in a large sample. | isotope half-life | The isotope half-life influenced which timescales the method could investigate. |
| 36 | chronology | The ordering and timing of events. | geological chronology | The geological chronology separated the organism’s life from later exposure of the rock. |
| 37 | correlation | Matching units or events across locations using relevant evidence. | stratigraphic correlation | Stratigraphic correlation compared separated sections without assuming identical thicknesses. |
| 38 | superposition | The principle that lower layers in an undisturbed sedimentary sequence were deposited earlier. | principle of superposition | The principle of superposition was applied only after checking the sequence’s condition. |
| 39 | geological time | The timescale used to organise Earth’s history. | geological time scale | The geological time scale helped the learner separate widely spaced events. |
| 40 | uncertainty | The limits or doubt associated with a value or conclusion. | dating uncertainty | Dating uncertainty remained part of the reported result rather than an optional footnote. |
The NPS dating overview explains relative and radiometric approaches. Radiocarbon dating has a limited time range and is not the method for dating dinosaur-age remains.
Contents · Previous group · Next group
A tooth, an entire skeleton and a taxonomic group describe different levels. Keep them distinct in a museum paragraph.
| No. | Word or term | Meaning and usage | Natural collocation | Original example |
|---|---|---|---|---|
| 41 | skeleton | The supporting hard structures of an animal, or their preserved representation. | reconstructed skeleton | The reconstructed skeleton included portions identified as restored. |
| 42 | skull | The bony or cartilaginous structure enclosing the brain and supporting the face. | fossil skull | The fossil skull preserved only part of the region shown in the reconstruction. |
| 43 | mandible | A lower jawbone or jaw structure in relevant animals. | preserved mandible | The preserved mandible provided a basis for comparing lower-jaw features. |
| 44 | vertebra | An individual backbone element; the plural is vertebrae. | isolated vertebra | An isolated vertebra could not by itself establish the entire skeleton’s shape. |
| 45 | limb | An appendage such as a leg or arm. | limb bone | The limb bone was compared with corresponding structures in other specimens. |
| 46 | dentition | The number, form and arrangement of teeth. | fossil dentition | Fossil dentition provided information for a carefully limited comparison. |
| 47 | vertebrate | An animal belonging to the group characterised by a backbone or vertebral column. | fossil vertebrate | The collection record placed the fossil vertebrate within a wider research group. |
| 48 | invertebrate | An animal outside the vertebrate group. | marine invertebrate | The marine invertebrate showed that the lesson was not limited to large land animals. |
| 49 | dinosaur | A member of Dinosauria, the group that includes birds and their extinct dinosaur relatives. | non-avian dinosaur | The label used non-avian dinosaur when it meant dinosaur groups other than birds. |
| 50 | synapsid | A member of the amniote lineage including mammals and their extinct relatives. | extinct synapsid | The extinct synapsid was not automatically a dinosaur because it looked unfamiliar. |
South African fossil study includes much more than dinosaurs. Preserve the museum’s identification and explain an unfamiliar group name rather than replacing it with a familiar but inaccurate label.
Contents · Previous group · Next group
A discovery becomes research through recording, comparison and study. These words keep that work visible.
| No. | Word or term | Meaning and usage | Natural collocation | Original example |
|---|---|---|---|---|
| 51 | locality | A recorded place from which geological or biological material comes. | fossil locality | The fossil locality was linked to a controlled research record. |
| 52 | survey | A systematic investigation used to gather information. | field survey | The field survey recorded observations without treating every visible object as a fossil. |
| 53 | excavation | The controlled removal of material to investigate a site or recover evidence. | scientific excavation | Scientific excavation preserved information that an unrecorded removal could destroy. |
| 54 | provenience | The precise recovery location or context of an object, especially in field research. | recorded provenience | Recorded provenience identified the specimen’s position within the site. |
| 55 | field notebook | A record of observations, methods and circumstances made during fieldwork. | dated field notebook | The dated field notebook connected the specimen number with its recovery context. |
| 56 | catalogue number | An identifier linking an object with collection records. | unique catalogue number | The unique catalogue number allowed the researcher to retrieve the correct record. |
| 57 | preparation | Work that makes a fossil available for study while managing its material and context. | fossil preparation | Fossil preparation involved skilled decisions about the surrounding matrix. |
| 58 | conservation | Actions intended to safeguard an object’s material and significant information. | specimen conservation | Specimen conservation was discussed before a proposed display change. |
| 59 | imaging | Producing visual representations through an identified technique. | scientific imaging | Scientific imaging revealed features that the surface photograph did not show. |
| 60 | computed tomography | An imaging method reconstructing internal sections from X-ray measurements. | computed tomography scan | The computed tomography scan supported a view inside the specimen. |
These terms explain professional work; they do not authorise fossil collecting or entry into an excavation. At an actual site, follow the responsible institution’s access and heritage requirements.
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Classification is a reasoned scientific task. A striking resemblance is a useful beginning for a question, not a complete identification.
| No. | Word or term | Meaning and usage | Natural collocation | Original example |
|---|---|---|---|---|
| 61 | morphology | The form and structure of organisms or their parts. | comparative morphology | Comparative morphology examined corresponding features across the specimens. |
| 62 | anatomy | The structure of an organism and the study of that structure. | comparative anatomy | Comparative anatomy helped the learner describe the jaw before interpreting it. |
| 63 | character | A feature used in biological description or comparison. | anatomical character | The anatomical character was defined so another researcher could assess it. |
| 64 | measurement | A value obtained by applying a specified method and unit. | specimen measurement | The specimen measurement needed a clearly defined start and end point. |
| 65 | variation | Differences among individuals, structures or observations. | individual variation | Individual variation made one unusual feature an incomplete basis for a broad claim. |
| 66 | taxonomy | The principles and practice of naming and classifying organisms. | biological taxonomy | Biological taxonomy gave the classification question a more precise framework. |
| 67 | species | A biological classification category whose application depends on the relevant evidence and concept. | fossil species | The fossil species assignment relied on comparison rather than size alone. |
| 68 | genus | A classification rank grouping related species; the plural is genera. | genus assignment | The genus assignment was retained exactly as stated in the source. |
| 69 | diagnosis | In taxonomy, the features used to distinguish a named taxon from others. | taxonomic diagnosis | The taxonomic diagnosis was not the same as a medical diagnosis. |
| 70 | revision | A reasoned update to a previous account, classification or interpretation. | taxonomic revision | The taxonomic revision changed the classification after further study. |
A scientific revision is not automatically evidence that earlier work was worthless. New material, better comparisons and improved methods can change what a classification supports.
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A display is an interpretation built from selected evidence. Its labels can help a reader distinguish original material from a teaching representation.
| No. | Word or term | Meaning and usage | Natural collocation | Original example |
|---|---|---|---|---|
| 71 | original | The actual object under discussion rather than a copy. | original specimen | The original specimen was stored separately from the handling replica. |
| 72 | replica | A manufactured copy representing an object. | teaching replica | The teaching replica allowed a classroom activity without handling the original. |
| 73 | reconstruction | A representation of an earlier whole based on evidence and inference. | skeletal reconstruction | The skeletal reconstruction marked which parts were known and which were restored. |
| 74 | restoration | Intervention intended to recover or stabilise an object’s condition or intelligibility. | documented restoration | Documented restoration identified material added after discovery. |
| 75 | collection | A maintained group of objects or specimens with associated records. | research collection | The research collection remained useful because specimens and records stayed connected. |
| 76 | curator | A professional responsible for aspects of a collection’s care or interpretation. | collection curator | The collection curator explained the limits of the object’s documentation. |
| 77 | provenance | The documented history of an object’s origin, custody or ownership. | documented provenance | Documented provenance traced the specimen’s history after recovery. |
| 78 | label | Text identifying or explaining a displayed object. | museum label | The museum label supplied information that the photograph alone could not establish. |
| 79 | interpretation | A reasoned explanation of evidence or significance. | museum interpretation | The museum interpretation distinguished direct observations from the wider conclusion. |
| 80 | heritage | Inherited places, objects or knowledge valued and protected by people. | fossil heritage | Fossil heritage included research context rather than possession of attractive objects alone. |
UNESCO’s Fossil Hominid Sites of South Africa account concerns a specific heritage property and scientific significance. It does not make every South African fossil locality the same site.
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A branching history is different from a ladder towards a predetermined winner. These terms help a reader describe relationships and environmental change.
| No. | Word or term | Meaning and usage | Natural collocation | Original example |
|---|---|---|---|---|
| 81 | evolution | Change in inherited characteristics of populations across generations. | evolutionary history | The evolutionary history was represented as branching relationships rather than a straight ladder. |
| 82 | lineage | A sequence of populations or organisms connected through descent. | evolutionary lineage | The evolutionary lineage included branches rather than one inevitable endpoint. |
| 83 | common ancestor | An ancestral population or organism shared by descendant lineages. | shared common ancestor | The diagram used a shared common ancestor to explain related branches. |
| 84 | phylogeny | A hypothesis or account of evolutionary relationships among groups. | phylogenetic tree | The diagram represented a phylogeny that researchers could test against further evidence. |
| 85 | hominin | A member of the human evolutionary branch after its separation from the lineage leading to chimpanzees. | fossil hominin | The fossil hominin was discussed within the evidence of human evolution. |
| 86 | ecosystem | Organisms and their physical surroundings interacting as a system. | ancient ecosystem | The ancient ecosystem reconstruction used more than the remains of one large animal. |
| 87 | palaeoenvironment | An environment of the geological past reconstructed from evidence. | reconstructed palaeoenvironment | The reconstructed palaeoenvironment drew on rock and fossil information together. |
| 88 | extinction | The disappearance of all living members of a specified group. | species extinction | Species extinction differs from the local disappearance of a population. |
| 89 | mass extinction | A geologically concentrated loss of a large proportion of species across many groups. | mass extinction event | The mass extinction event was a wider pattern than the absence of one specimen. |
| 90 | adaptation | An inherited feature shaped through evolution that contributes to function in a context, or the process producing it. | evolutionary adaptation | The claim of evolutionary adaptation needed evidence beyond a feature’s unusual appearance. |
Do not infer intelligence, moral worth or a fixed destiny from a place on an evolutionary diagram. The vocabulary concerns biological relationships and evidence.
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A clear scientific paragraph tells readers what was observed, how it was interpreted and which questions remain open.
| No. | Word or term | Meaning and usage | Natural collocation | Original example |
|---|---|---|---|---|
| 91 | hypothesis | A proposed explanation that can be evaluated against evidence. | testable hypothesis | The testable hypothesis made a prediction that could be compared with observations. |
| 92 | evidence | Information supporting or challenging a claim. | fossil evidence | The fossil evidence supported a narrower claim than the first headline suggested. |
| 93 | observation | A recorded feature or event noticed through a stated method. | direct observation | Direct observation established a preserved feature without revealing every behaviour. |
| 94 | inference | A conclusion drawn from evidence rather than directly observed. | behavioural inference | The behavioural inference remained distinct from the shape measured on the specimen. |
| 95 | sample size | The number of units included in a study or comparison. | small sample size | The small sample size limited the range of conclusions drawn. |
| 96 | bias | A systematic distortion affecting what is preserved, selected or interpreted. | preservation bias | Preservation bias meant the surviving record did not contain every ancient organism equally. |
| 97 | peer review | Evaluation of scholarly work by relevant specialists before or around publication. | scientific peer review | Scientific peer review scrutinised the argument without guaranteeing an unchangeable result. |
| 98 | replication | An independent repetition or verification of a study’s relevant procedure or result. | independent replication | Independent replication required access to the methods and appropriate evidence. |
| 99 | confidence | The strength of support assigned to a conclusion within a stated framework. | qualified confidence | The author expressed qualified confidence and named the remaining uncertainty. |
| 100 | limitation | A boundary restricting what evidence or a method can establish. | study limitation | The study limitation belonged in the conclusion rather than being hidden from the reader. |
A fossil can support an important result while leaving many questions unanswered. Naming the limitation makes the result more intelligible.
Contents · Previous group · Use the words
Worked example: older than is not the same as an exact age
Original classroom scene: a diagram shows three undisturbed sedimentary layers. Layer C lies below B, which lies below A. A fossil occurs in B. No numerical dating information is supplied. What can the learner say?
Under the stated conditions, B was deposited after C and before A. The fossil’s geological context can therefore be described within that relative sequence, subject to the actual relationship between fossil and deposit. The diagram alone does not establish “exactly 200 million years old”. That number would require additional evidence.
Now change the scene: a later disturbance cuts across the layers, or an object has been reworked from an older deposit. The first simple inference needs reconsideration. A rule helps when its conditions are preserved; repeating the rule without checking those conditions is not understanding.
The same care applies to a museum skull. A cast can preserve the form of an original specimen for study or teaching, but the material in the copy is not the fossil’s original material. State what is being examined before describing the method or result.
Read South Africa through more than one fossil story
The Wits fossil collections account describes material including fossil plants, insects and vertebrates from different contexts. That breadth makes a useful educational route: compare a plant impression, a vertebrate specimen and a record relevant to human evolution.
UNESCO’s heritage account and Wits’ research context serve different purposes. One explains the significance of named heritage sites; another describes research and collections. Neither justifies attaching a famous fossil name, exact age or species identification to an unlabelled image.
South Africa’s living communities, languages and histories also extend far beyond palaeontology. A scientific subject can be a rich country-learning entrance without becoming a complete national portrait. Name the institution, object and question instead of assigning one scientific interest to everyone.
Practice: keep the evidence and the claim connected
A. A preserved footprint records an animal’s activity without its body. Is it a body fossil, trace fossil or modern replica? What additional fact would be needed before identifying the exact maker?
B. A museum label says “cast”. Write a question that distinguishes a natural fossil cast from a manufactured copy.
C. Three undisturbed layers establish older and younger relationships. Does that alone provide numerical ages? Explain.
D. Rewrite: “This incomplete skeleton proves every detail of the animal’s colour and behaviour.” Preserve what the skeleton could support and identify missing evidence.
Answers and explanations
A. A trace fossil. Identifying the maker needs suitable comparative and contextual evidence; the footprint description alone supplies no species name.
B. For example: “Was this cast formed naturally in the deposit, or was it manufactured as a replica of an original?”
C. No. Relative ordering is different from a numerical age. A numerical result needs an appropriate method, material and interpretation.
D. “The incomplete skeleton provides anatomical evidence. Claims about colour and behaviour need additional suitable evidence and should state their limits.” Some fossil evidence can inform those questions; this scene has not supplied it.
Make a scientific explanation another reader can check
Build a first cluster around fossil, specimen, matrix, stratum, relative dating, numerical age, cast, reconstruction, observation and inference. Retrieve each term from a small scene, then explain why substituting its neighbour would change the meaning.
Use a fresh museum record on a later day. Write 100 words in the order preserved evidence, documented context, supported conclusion and remaining question. Explain one unfamiliar term rather than filling the paragraph with unexplained technical names.
A parent can ask which detail is visible and which comes from the label. A teacher can change one evidence condition and inspect the revised answer. This connection transfers into history sources, laboratory reports and news reading: a fluent sentence still needs the right strength of claim.
Frequently asked questions
Is palaeontology only about dinosaurs?
No. It concerns past life through many kinds of fossil evidence, including plants, small organisms and traces.
Are palaeontology and archaeology identical?
No. Their questions and evidence can overlap, but archaeology concerns the human past through material remains and context.
Is every displayed skeleton entirely original?
No. Check the label for casts, replicas, restored parts and reconstruction.
Can relative dating supply an exact numerical age?
Not by itself. It establishes ordering relationships under stated conditions.
Sources and the scope of this guide
Sources checked on 15 October 2026. Wits and UNESCO support the South African institutional and heritage setting. NPS resources explain general fossil and dating concepts. Definitions, classroom scenes and exercises are original, and no new discovery or specimen identification is claimed.
Wits University: fossil collections — the breadth of research collections and fossil material.
Wits University: Evolutionary Studies Institute — the institutional research context.
UNESCO: Fossil Hominid Sites of South Africa — a specific World Heritage property and its scientific significance.
National Park Service: about fossils — body and trace evidence.
National Park Service: what is a fossil? — the scope of the subject.
National Park Service: geological dating techniques — relative order, numerical ages and radiometric methods.
Cambridge Dictionary: palaeontology — the English subject term and spelling.
Cambridge Dictionary: inference — a key distinction in evidence-based explanation.
Next: read one record, then explain one limit
Choose a documented specimen and make four notes: what is preserved, where the record places it, which conclusion it supports and what it does not establish. Turn those notes into a short explanation for a new reader.
The published South Africa learning guide connects fossil enquiry with other country contexts. English Tuition | South Africa develops careful reading and evidence use while retaining the learner’s actual course context.
For a broader practice route, use the Master English Vocabulary Guide. Its Singapore school context does not replace South African course requirements or establish a local eduKate centre.