A pond, a field and a patch of woodland may look like three separate things until you follow the water—and the work—between them. This guide teaches 100 English vocabulary words through Japan’s satoyama landscapes: places shaped by continuing relationships between people and rural environments. You will learn to name habitat features, explain connections and discuss conservation choices without turning a pleasant view into proof that everything is thriving.
Japan’s Ministry of the Environment and United Nations University describe mosaics that can include managed woodland, farmland, irrigation ponds, grassland and settlements. That combination makes satoyama useful for environmental vocabulary, geography, thoughtful description and English discussion about work and change. It is not a claim that every Japanese landscape fits one model, or that all traditional practices always benefit every species.
Learn one group of ten words, explain a connection in the original classroom map below, and then revise your explanation when a condition changes. “Top 100” is a curated selection for learning, not a statistical frequency ranking. Most terms are general English; the Japanese words satoyama and satoumi are labelled with romanisation and contextual meanings. This is a language lesson, not instructions to enter farmland, manage water, cut woodland or handle wildlife.
Find the relationship you want to explain
Begin with features, follow connections or examine a management claim. You can do the lesson remotely with a published source and an invented map.
First check: “green” is a colour, not a complete ecological finding
Show a learner a simplified drawing with woodland, fields and ponds. Ask what the green shading proves. It may identify a mapped land-cover category if the legend says so. It does not prove species richness, the absence of pollution, sustainable management or public access. If the learner needs help with the legend, teach map reading. If the legend is understood but broad conclusions follow automatically, teach the evidence distinction.
Then ask for one relationship: “Water moves from the pond to the field through the ditch in this model.” Can the learner identify the source, destination and connection without inventing extra details? A student may recognise pond, field and ditch separately but struggle to build a sentence linking them. Parents and teachers can start there. Repair the first missing connection before expecting an essay about sustainability.
Contents: ten groups of ten words
Words 1–50
1–10: A landscape made of relationships
11–20: Woodland structure and renewal
21–30: Water moving through a working landscape
Words 51–100
51–60: Connections and movement
61–70: Work, knowledge and decisions
71–80: Change without a simple good-or-bad label
Worked example · Learning method · Practice · Questions · Sources
The Japanese term has a particular history and several uses. For this guide, satoyama landscape names a managed rural mosaic, while satoumi points towards related coastal and marine relationships.
| No. | Word or term | Meaning and usage | Natural collocation | Original example |
|---|---|---|---|---|
| 1 | satoyama | Japanese term, romanised satoyama; here a managed rural landscape mosaic shaped by human–nature relationships. | satoyama landscape | The satoyama lesson followed links among woodland, fields and ponds. |
| 2 | satoumi | Japanese term, romanised satoumi; a related concept concerning people and coastal or marine environments. | satoumi relationship | The source distinguished satoumi from the inland emphasis of this example. |
| 3 | landscape | An area considered through its physical, ecological and human features. | rural landscape | The landscape included work and settlements, not only trees. |
| 4 | mosaic | A pattern of different adjoining patches; ecological sense here. | landscape mosaic | The map showed a mosaic rather than one uniform land-cover type. |
| 5 | patch | A distinct area within a larger landscape. | woodland patch | The woodland patch remained the same size in both model maps. |
| 6 | settlement | A place where people live. | rural settlement | The settlement was included in the diagram rather than erased from nature. |
| 7 | land cover | The physical material or vegetation covering the ground. | land-cover map | The land cover did not by itself reveal who managed the area. |
| 8 | land use | The purpose or activity for which people use land. | land-use history | The class kept land use separate from visible vegetation. |
| 9 | secondary woodland | Woodland that has developed after earlier clearance or substantial disturbance. | managed secondary woodland | The source discussed secondary woodland rather than untouched forest. |
| 10 | ecosystem | Organisms and their physical environment interacting as a system. | rural ecosystem | The ecosystem explanation included water, soil and living organisms. |
Do not translate satoyama as untouched wilderness. Equally, do not assume that every managed rural patch has the same history, species or ownership.
Trees are not the entire woodland. Understorey, deadwood, light and regeneration are useful terms for describing different components and asking what evidence is available.
| No. | Word or term | Meaning and usage | Natural collocation | Original example |
|---|---|---|---|---|
| 11 | canopy | The upper foliage layer formed by trees or other vegetation. | woodland canopy | The drawing showed the canopy above the smaller plants. |
| 12 | understorey | Vegetation growing beneath a woodland canopy; British spelling. | woodland understorey | The understorey was not visible in the distant photograph. |
| 13 | shrub | A woody plant usually smaller and more branched near its base than a tree. | native shrub | The survey identified a shrub using an appropriate reference. |
| 14 | sapling | A young tree beyond the seedling stage. | young sapling | The record distinguished a sapling from an old cut stump. |
| 15 | seedling | A young plant grown from seed. | tree seedling | A seedling count did not automatically measure mature woodland condition. |
| 16 | coppice | A managed group of trees cut periodically to encourage regrowth; also the management verb. | coppice regrowth | The diagram showed coppice regrowth rather than new seed germination. |
| 17 | stump | The lower part of a trunk remaining after the upper tree is removed. | cut stump | The illustration placed new shoots beside the stump. |
| 18 | shoot | A new growing stem or branch. | new shoot | The learner distinguished a shoot from a separate planted tree. |
| 19 | deadwood | Dead woody material, standing or fallen. | retain deadwood | The discussion treated deadwood as a habitat feature, not automatically rubbish. |
| 20 | regeneration | Renewed growth or establishment of vegetation. | woodland regeneration | The report specified how regeneration had been assessed. |
Coppicing describes a management process involving regrowth after cutting. Its suitability depends on species, place and purpose; this glossary is not a cutting prescription.
Water features can serve production and ecological functions. A diagram showing a connection is a starting model, not proof of the timing, volume or water quality in a real site.
| No. | Word or term | Meaning and usage | Natural collocation | Original example |
|---|---|---|---|---|
| 21 | pond | A relatively small area of standing water. | irrigation pond | The pond remained on the model map after its connecting ditch closed. |
| 22 | ditch | A narrow channel, often made for drainage or water conveyance. | irrigation ditch | The ditch connected two ponds in the invented exercise. |
| 23 | canal | An artificial waterway or channel. | water-supply canal | The map labelled a canal without giving permission to enter it. |
| 24 | catchment | The area draining towards a particular water body or outlet. | pond catchment | The catchment boundary helped explain where runoff might originate. |
| 25 | irrigation | Supplying water to land or crops by managed means. | irrigation network | The irrigation network connected agricultural work with water movement. |
| 26 | drainage | Removal or movement of water from an area. | field drainage | A change in drainage required more evidence than a colour change on a map. |
| 27 | inflow | Water entering a defined water body or system. | pond inflow | The model marked inflow at the northern end of the pond. |
| 28 | outflow | Water leaving a defined water body or system. | controlled outflow | The outflow arrow did not specify the amount moving through it. |
| 29 | runoff | Water flowing over the land surface. | surface runoff | The diagram followed runoff without claiming it measured a real storm. |
| 30 | water level | The height of a water surface relative to a reference. | seasonal water level | The water level record included dates and a stated reference. |
Do not operate gates or alter channels as a learning experiment. Use a paper map and keep actual water management with authorised people.
These are general land-use and material terms, not instructions for farming. A photograph can reveal some features while leaving management and ownership uncertain.
| No. | Word or term | Meaning and usage | Natural collocation | Original example |
|---|---|---|---|---|
| 31 | paddy | A field used for growing rice, often managed with standing water. | rice paddy | The paddy was a working field, not an unrestricted visitor space. |
| 32 | terrace | A level or gently sloping step made on a hillside for land use. | cultivated terrace | The terrace drawing showed form without identifying its age. |
| 33 | bund | A raised bank used to contain or direct water. | paddy bund | The learner identified the bund on the diagram rather than crossing a real one. |
| 34 | grassland | Land where grasses and related low vegetation dominate. | managed grassland | The grassland was a distinct patch in the mosaic. |
| 35 | meadow | Grassland associated with herbaceous vegetation and often hay cutting or grazing, depending on context. | flower-rich meadow | The caption used meadow without assuming the management history was known. |
| 36 | fodder | Plant material used as animal feed. | collect fodder | The historical account described fodder collection in a stated setting. |
| 37 | thatch | Plant material used to cover a roof, or the covering itself. | thatch material | The display labelled the plant material used for thatch. |
| 38 | compost | Organic material decomposed for use in soil improvement. | leaf compost | The worksheet distinguished leaf compost from fresh fallen leaves. |
| 39 | leaf litter | Fallen leaves accumulating on the ground. | woodland leaf litter | The leaf litter formed a layer below the living vegetation. |
| 40 | harvest | The gathering of a crop or useful biological material. | seasonal harvest | The fictional calendar placed harvest work in its stated season. |
A crop field is a place of work. Educational interest does not create a right to enter, pick, collect or photograph people without permission.
Learn the relationship as well as the noun. A species can use different habitats at different stages, and an encounter at one point does not establish its complete life history.
| No. | Word or term | Meaning and usage | Natural collocation | Original example |
|---|---|---|---|---|
| 41 | habitat | The place and conditions in which an organism lives. | breeding habitat | The report identified habitat for a named species and life stage. |
| 42 | species | A biological classification for a kind of organism; boundaries can require specialist judgement. | recorded species | The class counted recorded species rather than every organism in the landscape. |
| 43 | population | Individuals of the same species in a defined area. | local population | One observation did not establish the size of the population. |
| 44 | community | Populations of different species occurring together; ecological sense. | plant community | The ecological community was distinguished from the village residents. |
| 45 | biodiversity | The variety of life at genetic, species and ecosystem levels. | conserve biodiversity | The lesson did not equate biodiversity with a green photograph. |
| 46 | native | Occurring naturally in the stated region rather than introduced by people. | native species | The source identified the region in which the species was native. |
| 47 | pollinator | An organism that transfers pollen in a way that can enable plant reproduction. | insect pollinator | The learner checked the organism’s role before calling it a pollinator. |
| 48 | predator | An organism that captures and consumes other organisms. | aquatic predator | The diagram placed a predator within a food-web relationship. |
| 49 | prey | An organism taken and eaten by a predator. | available prey | The worksheet did not assume every visible insect was prey for the same bird. |
| 50 | decomposer | An organism involved in breaking down dead organic material. | soil decomposer | The decomposer example connected dead material with ecological processes. |
A species being native in a region does not mean every management action favours it. Keep the species, place, season and evidence visible.
A landscape mosaic is not only a list of areas. The arrangement and links among patches can affect how water, organisms and people move.
| No. | Word or term | Meaning and usage | Natural collocation | Original example |
|---|---|---|---|---|
| 51 | connectivity | The degree to which a landscape permits movement or ecological flows for a specified process. | habitat connectivity | Connectivity changed in the model even though pond area did not. |
| 52 | corridor | A feature that can connect habitats or facilitate movement. | habitat corridor | The corridor’s usefulness depended on which organism was considered. |
| 53 | barrier | A feature that impedes a particular movement or process. | movement barrier | The barrier blocked the model animal but not an imaginary flying insect. |
| 54 | fragmentation | Division of habitat into smaller or more isolated parts. | habitat fragmentation | The class distinguished fragmentation from a change in total area alone. |
| 55 | edge | The boundary or transition between adjoining patches. | woodland edge | The survey recorded where the woodland edge met the field. |
| 56 | buffer | An area or feature intended to reduce an influence on another area. | vegetated buffer | The proposal described the buffer’s intended role without guaranteeing an outcome. |
| 57 | dispersal | Movement away from an origin or between locations, often affecting distribution. | species dispersal | The model simplified dispersal to movement along open connections. |
| 58 | migration | Regular or directional movement between areas, as defined for a species. | seasonal migration | The source did not call every short movement migration. |
| 59 | breeding site | A place used for reproduction by a specified organism. | seasonal breeding site | The record tied the breeding site to a species and season. |
| 60 | refuge | A place offering shelter from adverse conditions or threats. | dry-season refuge | The paper model included a refuge without claiming one existed at a named site. |
Connectivity is organism- and process-specific. A route available to a flying insect may not be available to a small aquatic animal; a map line alone cannot settle the issue.
A landscape includes people with responsibilities, preferences and livelihoods. Describing their work accurately is more useful than treating them as scenery in a conservation story.
| No. | Word or term | Meaning and usage | Natural collocation | Original example |
|---|---|---|---|---|
| 61 | stewardship | Responsible care for a place or resource over time. | landscape stewardship | The discussion connected stewardship with continuing responsibilities. |
| 62 | livelihood | The activities and resources through which someone supports their life. | rural livelihood | The proposal considered livelihood as well as habitat goals. |
| 63 | practitioner | A person engaged in a particular skilled activity or field. | local practitioner | The learner asked a practitioner about the actual management task. |
| 64 | local knowledge | Understanding grounded in experience of a particular place or practice. | document local knowledge | The project sought consent to document local knowledge. |
| 65 | customary | Established through repeated social practice; not automatically universal or legally binding. | customary practice | The account located the customary practice in a particular community. |
| 66 | collaboration | People working together on a shared task. | community collaboration | The fictional plan required collaboration rather than assuming free labour. |
| 67 | consent | Permission given for a particular action. | landowner consent | A public map did not establish landowner consent for entry. |
| 68 | maintenance | Work that keeps something functioning or in a desired condition. | ditch maintenance | The note identified maintenance as work, not an invisible background process. |
| 69 | labour | Human work and the effort required for it. | seasonal labour | The proposal counted labour needs instead of treating management as effortless. |
| 70 | participation | Taking an active part in an activity or decision. | local participation | The proposal asked how local participation would shape its aims. |
A practice described in an older source is not automatically the current practice of a particular household. Ask who, where, when and with what permission.
Abandonment, intensification and restoration are useful words, but their consequences need context. A change can benefit one group or species while creating difficulty for another.
| No. | Word or term | Meaning and usage | Natural collocation | Original example |
|---|---|---|---|---|
| 71 | succession | Change in ecological community composition through time. | ecological succession | The class considered succession without assuming one final outcome everywhere. |
| 72 | abandonment | The stopping of a previous use or management activity. | land abandonment | The photograph alone did not prove abandonment of the field. |
| 73 | intensification | An increase in inputs, output or management intensity; define the measure. | agricultural intensification | The report specified which aspect of intensification it examined. |
| 74 | restoration | Work intended to recover defined ecological qualities or functions. | habitat restoration | The restoration proposal named its target and method of assessment. |
| 75 | conservation | Protection and care for valued natural or cultural features. | landscape conservation | Conservation involved choices rather than a promise to freeze every feature. |
| 76 | management | Planned decisions and actions affecting a resource or place. | adaptive management | The management record stated who was responsible for the work. |
| 77 | disturbance | An event or activity that alters an ecological condition. | periodic disturbance | The exercise asked which species might respond to the disturbance. |
| 78 | resilience | Capacity to cope with change while retaining or recovering relevant functions. | landscape resilience | The report defined the functions meant by resilience. |
| 79 | sustainability | The capacity to continue desired activities or conditions over time within relevant limits. | assess sustainability | The learner asked what evidence supported the sustainability claim. |
| 80 | trade-off | A situation in which gaining one benefit involves giving up another. | management trade-off | The discussion named the trade-off instead of promising every outcome improved. |
Do not turn a label such as traditional or modern into a complete evaluation. Ask which outcome is being assessed and whose evidence or priorities inform it.
A biodiversity record needs a method as well as a place. A non-detection is not always an absence, and an attractive photograph is not a full survey.
| No. | Word or term | Meaning and usage | Natural collocation | Original example |
|---|---|---|---|---|
| 81 | survey | A systematic examination using a stated method. | habitat survey | The survey record included effort and timing. |
| 82 | transect | A defined line along which observations are made. | fixed transect | The second visit followed the same transect in the fictional protocol. |
| 83 | quadrat | A frame or defined plot used for ecological sampling. | vegetation quadrat | The diagram placed a quadrat without asking learners to enter a field. |
| 84 | observation | Something noticed or measured under stated conditions. | record an observation | The observation described one encounter, not a complete population estimate. |
| 85 | detection | A recorded finding of something by a particular method. | species detection | No detection on one visit did not establish absence. |
| 86 | abundance | The number or amount of organisms in a stated area or sample. | relative abundance | The report distinguished abundance from the number of different species. |
| 87 | richness | The number of different species or other stated categories present. | species richness | The worksheet’s richness count did not show how many individuals each species had. |
| 88 | indicator | A feature used to suggest or track a condition. | ecological indicator | One indicator could not stand in for every landscape value. |
| 89 | baseline | A reference condition or dataset for later comparison. | monitoring baseline | The baseline preserved its method and date. |
| 90 | monitoring | Repeated observations intended to track conditions or change. | long-term monitoring | Monitoring required comparable records rather than unrelated photographs. |
For these exercises use published or invented records. Handling animals, entering land and collecting specimens require the relevant permissions and expertise.
The final words help a learner join evidence, values and uncertainty in one readable explanation. A decision can be reasoned without pretending that every consequence is known.
| No. | Word or term | Meaning and usage | Natural collocation | Original example |
|---|---|---|---|---|
| 91 | evidence | Information supporting a claim. | ecological evidence | The report separated ecological evidence from a pleasing visual impression. |
| 92 | inference | A conclusion drawn from observations or other information. | limited inference | The inference did not extend beyond the model’s assumptions. |
| 93 | assumption | A condition accepted for the purpose of a model or argument. | explicit assumption | The assumption allowed the imaginary animal to move only through water links. |
| 94 | uncertainty | A limitation in knowledge or confidence about a finding. | acknowledge uncertainty | The writer retained uncertainty about the unvisited pond. |
| 95 | scale | The spatial or temporal extent or level of an explanation. | landscape scale | The claim concerned landscape scale, not one garden corner. |
| 96 | seasonal | Varying or occurring according to the time of year. | seasonal pattern | A seasonal pattern required observations across relevant periods. |
| 97 | compare | Examine similarities and differences under stated criteria. | compare two maps | The learners could compare two maps without assuming the second was better. |
| 98 | qualify | Limit a statement to make its scope accurate. | qualify a claim | She added “for this model animal” to qualify the claim. |
| 99 | justify | Give reasons or evidence for a decision or statement. | justify a proposal | The learner had to justify the proposal using the supplied constraints. |
| 100 | revise | Reconsider and change an explanation or plan. | revise a landscape description | The writer would revise the description when the connection was removed. |
A useful conclusion says what it depends on. “If this connection remains open” can carry more meaning than an unsupported promise that a landscape is sustainable.
Original map workshop: three ponds remain, but one route is lost
Imagine a paper map with three ponds labelled P, Q and R. Ditch 1 connects P with Q; Ditch 2 connects Q with R. This is an invented model, not a map of a Japanese farm. For the exercise only, assume an imaginary aquatic animal can travel between ponds through an open connecting ditch, cannot cross dry land and encounters no other barriers. The model supplies rules, not a biological claim about a real species.
In Map A, both ditches are open. From P, the model animal can reach Q and then R. A clear explanation reads: “All three ponds are connected for the model animal through the two open ditches.” The final phrase matters. It identifies the mechanism and the condition. Simply saying “the ponds are close” does not describe the permitted route.
Map B closes Ditch 2 while keeping every pond’s position and area unchanged. P remains connected with Q, but R is isolated from them under the stated rules. The total pond area has not changed. Connectivity has. This is the diagnostic breakpoint: can the learner explain a changed relationship when the list of visible objects stays the same?
An overconfident answer reads: “The biodiversity of the landscape falls because a ditch closes.” Our model does not establish that outcome. It represents one route for one imaginary organism; it contains no species inventory, population record, seasonal information or alternative habitat assessment. A justified conclusion is narrower: the model animal can no longer reach R from P through the supplied water links.
Now change one assumption. Add a separate movement rule for an imaginary flying insect that can travel directly between all three ponds. Its connectivity is not represented by the ditch-only route. The two conclusions can coexist because they concern different organisms and processes. “Connected” needs an answer to “for what?” A map is more useful when its rules are visible.
Mini dialogue, invented: “Should we reopen the ditch?” asks Aki. “The model shows a possible movement benefit, not a complete management decision,” replies Maya. “We still need land permissions, actual species evidence, water-management requirements and the people responsible.” For independent transfer, close Ditch 1 instead of Ditch 2 and describe which ponds remain connected. Do not copy the earlier answer without rebuilding the route.
Satoyama includes continuing work, not only an attractive rural scene
The Ministry of the Environment’s satoyama pamphlet explains the relationship between managed secondary environments and the wider rural mosaic. Its examples include woodland, grassland, rice paddies, ponds, ditches and settlements. The vocabulary here follows those relationships without prescribing one management timetable for every location. An older explanatory pamphlet is not a current operational plan for a named site.
The ministry’s practices and management collection presents varied approaches and cases. United Nations University’s satoyama–satoumi assessment description likewise frames a mosaic of ecosystems and human activities. The practical lesson for writers is variety: name a documented case instead of claiming that every Japanese village uses one timeless method.
A managed landscape can hold ecological and cultural value while involving difficult decisions about labour, production, access and change. The learner’s job is not to settle those decisions from a photograph. Ask who maintains a feature, what purpose it serves and what evidence would reveal an outcome. People’s livelihoods are not a footnote added after the scenery has been described.
The Japan cultural-learning guide moves across archaeology, architecture, forests and living skills. This article provides a narrower environmental-language route: follow one relationship and make its conditions explicit. That approach leaves room for regional differences and for Japanese people whose daily lives, work and interests are not represented by a rural landscape.
From recognising pond to explaining a changing network
Begin with five connected words: pond, ditch, inflow, outflow and connectivity. Draw a small imaginary map and say how the words relate. Then remove the labels and retrieve them. If a learner can define each noun but cannot explain movement through the map, practise the linking sentence before extending the glossary. Vocabulary knowledge includes relationships, not only isolated labels.
On another day, move to evidence words: observation, detection, abundance, richness and uncertainty. Invent two clearly labelled sample records for a classroom task. Five sightings of one species do not equal five species, and no sighting on one visit does not establish absence. Explain the difference aloud before writing a paragraph. You are learning to report a record, not conducting a wildlife survey.
Build an explanation in four moves: name the feature; state the relationship; give the condition; state the limit. For example, “P and Q remain connected through Ditch 1 for the model animal while it is open. This does not establish the movement of every real species.” A partner can change one condition and ask for a new answer. That is more revealing than another recital of a definition.
The English Tuition | Japan guide distinguishes recognising correct language from producing a spontaneous response. Here the map creates a meaningful reason to speak. A student can answer a follow-up question, a parent can check one relationship and a teacher can reduce prompts gradually. The country guide does not establish an eduKate branch in Japan or equate Japanese learning routes with Singapore qualifications.
Keep three kinds of corrections separate: wrong meaning, unclear sentence and unsupported claim. Repair the one that actually appears. The vocabulary learning hub develops the route from meaning to retrieval and independent use. For Singapore-specific learning continuity, Secondary English Tuition in Singapore explains why comprehension and expression may need different support.
Practice: retrieve, explain and revise
1. Does a green land-cover symbol prove high biodiversity?
2. In Map A, which route connects P with R for the model animal?
3. In Map B, has total pond area changed? What has changed?
4. Close Ditch 1 instead, keeping Ditch 2 open. Describe the result.
5. A single visit records no frogs. Can you write “frogs are absent from the landscape”?
6. Give one question needed before turning the map model into a real management proposal.
Answers and explanations
1. No. Read the legend. It may identify vegetation cover, but biodiversity requires appropriate evidence about life at the relevant scales.
2. P to Q through Ditch 1, then Q to R through Ditch 2. The answer depends on both links being open and the stated movement rules.
3. Pond area is unchanged. Connectivity for the ditch-dependent model animal has changed because R is no longer linked to P and Q.
4. Q and R remain connected; P is isolated from them under the exercise’s rules. The names change, but the reasoning method remains the same.
5. No. Report no detection under that visit’s method and conditions. Detection, abundance and landscape-wide absence are different claims.
6. Possible questions concern the actual species, water-management function, responsible land users, consent, seasonal conditions or outcomes to assess. A model route alone does not settle the decision.
Frequently asked questions
Does satoyama mean untouched wilderness?
Not in the landscape sense used here. The cited institutions describe environments shaped through interactions between people and nature, including management and production. The exact scope of the term should remain tied to its source.
Are satoyama and satoumi interchangeable?
No. Satoumi concerns related coastal and marine relationships, while this guide’s satoyama example focuses on a rural terrestrial and freshwater mosaic. Explain the context rather than simply substituting the terms.
Does more woodland always mean more biodiversity?
Not as a universal rule. Outcomes depend on species, existing habitats, management, connectivity, season and scale. This glossary does not prescribe increasing or removing woodland.
Are traditional practices always sustainable?
The word traditional identifies continuity or history, not a measured result by itself. Ask which practice, which outcome, over what time and with what evidence.
Can this list help school English without being an exam syllabus?
Yes. It supports description, comparison, explanation and evidence-based discussion. Use the learner’s actual course and assessment instructions separately; the list claims no official examination alignment.
Sources and scope
Sources checked on 17 October 2026. Institutional and practitioner sources establish the cultural context and selected specialist distinctions. The learning sequence, fictional records, example sentences and exercises are original educational material. This guide teaches vocabulary and careful explanation; practical work requires appropriate instruction and information specific to the person, object or site.
Japan Ministry of the Environment: Satoyama landscape pamphlet — Managed secondary environments and rural mosaic examples; historical explanatory material, not site-specific current instructions.
Japan Ministry of the Environment: Practices and management — Varied approaches and case-based resource management.
United Nations University: Satoyama–Satoumi Ecosystems and Human Well-Being — Assessment description and the landscape-mosaic context; publication dated 2012.
UNU-IAS: Biodiversity & Society — Institutional context for socio-ecological production landscapes and seascapes; no membership figures are asserted here.
Cambridge Dictionary: coppice — Selected English woodland terminology; definitions in the guide are original learning paraphrases.
Next: explain one connection, then change the condition
Draw an original three-feature landscape map. Name the features, explain one connection and state the rule that makes the explanation work. Ask a partner to remove a link, change an organism or alter a condition. Answer again without copying your first paragraph.
If the new answer preserves the evidence and uses the vocabulary naturally, you have moved beyond recognition. Continue through the vocabulary hub to build retrieval, clearer sentences and independent explanation at a manageable pace.