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A1 noun #11 am häufigsten 12 Min. Lesezeit

weathering

Top 11

Weathering is a word we use to talk about how the weather changes things like rocks and wood. Imagine a big rock sitting outside. Every day, the sun shines on it, the rain falls on it, and the wind blows against it. Over a very long time—many, many years—these things make the rock break into smaller pieces. This is called weathering. It is like the rock is getting old and tired. We also see weathering on wood. If you have a wooden fence in your garden, it might look new and brown at first. But after many winters and summers, the wood might turn gray and feel rough. That is also weathering. It happens very slowly, so you cannot see it happening in one day. You have to wait a long time to see the change. Weathering is important because it helps make soil. When rocks break down into tiny, tiny bits, they mix with old leaves and plants to make the dirt that flowers grow in. So, weathering is nature's way of recycling big rocks into small soil. It is a natural process, which means it happens all by itself without people doing anything. You can find signs of weathering everywhere if you look closely at old buildings, statues in the park, or stones at the beach.

Weathering is the natural process where rocks, wood, or other materials are broken down or changed by the weather. This usually happens slowly over many years because of rain, wind, ice, or heat. It is different from erosion, which is when those broken pieces are moved away by water or wind. In weathering, the material stays where it is but starts to fall apart. There are different ways this happens. For example, when water gets into a crack in a rock and freezes, it turns into ice. Ice takes up more space than water, so it pushes the rock and makes the crack bigger. Eventually, the rock might split. This is a type of physical weathering. Another way is through heat. In the desert, it is very hot during the day and cold at night. This change in temperature makes the rock expand and contract, which causes the surface to peel off. You can also see weathering on man-made things. An old statue in a city might lose its sharp edges and look smooth because of the rain. This is why weathering is an important word for people who study nature or buildings. It helps us understand why things look the way they do after they have been outside for a long time.

Weathering refers to the various mechanical, chemical, and biological processes that cause the disintegration and decomposition of rocks and minerals at or near the Earth's surface. It is a crucial part of the rock cycle because it transforms solid bedrock into smaller fragments and soil. We generally categorize weathering into three main types. Physical weathering involves the physical breaking of rocks into smaller fragments without changing their chemical makeup. Common examples include frost wedging and thermal expansion. Chemical weathering, on the other hand, involves a chemical change in the minerals of the rock. For instance, when oxygen reacts with iron-bearing minerals, it creates rust, which weakens the rock. Biological weathering occurs when living organisms, such as plant roots or burrowing animals, contribute to the breakdown of rocks. It is important to distinguish weathering from erosion; weathering is the 'breaking' part, while erosion is the 'moving' part. In daily life, you might notice weathering on old brick walls, gravestones, or coastal cliffs. Architects and engineers must take weathering into account when designing structures to ensure they last for many decades. The rate of weathering is influenced by the climate—warm, wet areas typically experience faster chemical weathering than cold, dry areas.

Weathering is the in-situ disintegration and alteration of rocks and minerals through various physical, chemical, and biological agents. It is a fundamental process in geomorphology, as it prepares the Earth's crust for erosion and contributes significantly to the formation of soil (pedogenesis). Physical or mechanical weathering occurs through processes like pressure release, where rocks formed deep underground expand and crack when they reach the surface, or frost shattering in alpine environments. Chemical weathering is often more complex, involving reactions such as hydrolysis, oxidation, and carbonation. For example, carbonation occurs when dissolved carbon dioxide in rainwater reacts with calcium carbonate in limestone, leading to the formation of karst landscapes characterized by caves and sinkholes. Biological weathering bridges these two, as roots can physically wedge rocks apart while simultaneously releasing organic acids that chemically etch the stone. The efficiency of weathering is determined by factors like rock type (lithology), climate, topography, and time. Understanding weathering is essential for fields such as civil engineering, where the stability of foundations depends on the degree of weathering in the underlying bedrock, and heritage conservation, where experts strive to protect historical monuments from the ravages of atmospheric pollutants and natural decay.

Weathering is defined as the suite of physical, chemical, and biological processes that lead to the terrestrial degradation of geological materials. It is a static process, distinct from the kinetic process of erosion, although the two are inextricably linked in the broader cycle of denudation. Physical weathering mechanisms, such as haloclasty (salt crystal growth) and thermoclasty, dominate in arid and coastal environments, leading to the mechanical breakdown of the rock fabric. Conversely, chemical weathering is the predominant force in humid, tropical regions, where high temperatures and abundant moisture catalyze reactions like chelation and hydration. These processes not only alter the physical integrity of the rock but also transform primary minerals into secondary minerals, such as clays. The concept of 'differential weathering' is particularly important in explaining the formation of prominent landforms; it occurs when variations in mineral composition or structural integrity cause certain rock strata to weather more rapidly than others. Furthermore, anthropogenic factors, such as the emission of sulfur dioxide and nitrogen oxides, have introduced 'acid rain' as a significant modern agent of chemical weathering, posing a severe threat to both natural ecosystems and cultural heritage sites. For professionals in geology and environmental science, weathering is a key variable in modeling landscape evolution and assessing the long-term carbon cycle.

Weathering represents the complex, multi-faceted interaction between the lithosphere, atmosphere, hydrosphere, and biosphere, resulting in the physical disintegration and chemical decomposition of Earth's surface materials. It is the primary mechanism for the liberation of solutes and the production of regolith, serving as a critical precursor to erosional transport and sedimentary deposition. At the C2 level, one must appreciate the intricate feedback loops involved; for instance, the silicate weathering factory acts as a long-term thermostat for the Earth's climate by sequestering atmospheric CO2 over geological timescales. The nuances of weathering extend to the microscopic level, where microbial biofilms can accelerate mineral dissolution through the secretion of extracellular polymeric substances. We also examine 'weathering rinds'—the altered outer layers of rocks—to determine the relative age of glacial deposits or volcanic flows. In the context of the Anthropocene, the term encompasses the accelerated degradation of the 'built environment,' where the synergistic effects of salt crystallization and urban pollutants create unique weathering profiles on modern materials. Mastery of this term involves understanding its role in nutrient cycling, its impact on geotechnical stability, and its philosophical implication as the ultimate expression of entropy acting upon the physical world. Whether analyzing the geochemical flux of a watershed or the structural vulnerability of a skyscraper, weathering is the indispensable concept for describing the inevitable transformation of matter under environmental stress.

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weathering in 30 Sekunden

Weathering is the slow breakdown of rocks and materials by natural forces like rain, wind, and temperature changes.
It is a static process that happens 'in situ,' meaning the broken material remains in its original location.
There are three main types: physical (mechanical), chemical (molecular change), and biological (caused by living things).
Weathering is essential for creating soil and shaping the Earth's landscape over millions of years.

Weathering is a fundamental geological and environmental process that describes the gradual breaking down or dissolving of rocks and minerals on the surface of the Earth. Unlike erosion, which involves the transportation of rocks and soil by agents like water, ice, or wind, weathering happens 'in situ,' meaning the material stays in the same place while it breaks apart. This process is essential for the creation of soil and the shaping of our planet's landscape over millions of years. When we talk about weathering, we are usually referring to how nature slowly changes the appearance and structure of solid things like mountains, statues, or even old wooden fences. It is a quiet, persistent force that never stops working as long as there is an atmosphere and water.

Physical Weathering: This is also known as mechanical weathering. It happens when physical forces break rocks into smaller pieces without changing their chemical composition. A classic example is frost wedging, where water enters cracks in a rock, freezes, expands, and eventually splits the rock apart. Temperature changes also play a role; as rocks heat up in the sun and cool down at night, they expand and contract, which can cause the outer layers to peel off like an onion.

The ancient stone steps showed significant weathering after centuries of exposure to the mountain air.

Chemical Weathering: This process changes the molecular structure of rocks and soil. For instance, carbon dioxide from the air dissolves in rainwater to create a weak acid called carbonic acid. When this acid rain hits certain rocks like limestone, it reacts with the minerals and causes them to dissolve. This is how many underground caves are formed. Oxidation is another form of chemical weathering, which is essentially the 'rusting' of rocks that contain iron, giving them a reddish-brown color.

Biological Weathering: Living organisms can also cause weathering. Plant roots can grow into small cracks in rocks, and as the roots get bigger, they act like wedges, pushing the rock apart. Lichens and mosses produce weak acids that can chemically break down the surface of the rock they are growing on. Even burrowing animals contribute by exposing fresh rock surfaces to the air and water, accelerating the overall process of decay.

Biological weathering was evident where the tree roots had split the heavy granite slab in two.

In everyday conversation, people use 'weathering' to describe how things look old or worn out by the elements. If you see a piece of driftwood on the beach that is smooth and white, that is the result of weathering. If an old wooden barn has turned gray and the wood feels rough, that is also weathering. It is a word that connects the massive geological changes of the Earth to the small, visible changes we see in our own backyards. Understanding weathering helps us appreciate the passage of time and the power of nature to reshape everything it touches, from the tallest peak to the smallest pebble.

The geologist explained that the rounded shape of the boulders was caused by millions of years of weathering.

We chose a stone for the garden that would show beautiful weathering over time.

The weathering of the limestone cliff created a series of small caves and hollows.

Using the word 'weathering' correctly requires understanding its role as a noun that describes a process. It is almost always used as an uncountable noun when referring to the scientific process, though you might occasionally hear 'weatherings' in very specific technical contexts. In most sentences, 'weathering' acts as the subject or the object of a verb, describing the action of the elements on a material. For example, you might say, 'Weathering is responsible for the unique shapes of these rocks.' Here, 'weathering' is the subject. Alternatively, you could say, 'The architect was concerned about the weathering of the building's exterior,' where 'weathering' is the object of the preposition 'about.'

Describing the Rate: You can use adjectives to describe how fast or slow the process is. Common pairings include 'rapid weathering,' 'slow weathering,' 'accelerated weathering,' or 'extensive weathering.' For instance: 'The high humidity in the tropical rainforest leads to rapid weathering of the exposed bedrock.'

The rate of weathering depends heavily on the local climate and the type of rock involved.

Identifying the Type: When being more specific, you should use the type of weathering as a modifier. Use 'chemical weathering,' 'physical weathering,' or 'biological weathering.' Example: 'Chemical weathering is particularly effective in warm, wet climates where chemical reactions happen more quickly.'

Weathering as a Result: Sometimes we use 'weathering' to describe the visible effects rather than the process itself. You might talk about the 'weathering patterns' on a wall or the 'signs of weathering' on an old ship. Example: 'The deep cracks and faded paint were clear signs of weathering from years at sea.'

After decades in the desert, the car's body showed extreme weathering due to the sand and sun.

In more advanced English, 'weathering' can be used metaphorically, though this is more common with the verb form. However, as a noun, you might hear about the 'weathering of a person's face,' referring to the wrinkles and lines caused by age and exposure to the sun. This usage bridges the gap between scientific observation and poetic description. When writing about weathering, always ensure the context makes it clear whether you are talking about rocks, man-made materials, or a metaphorical change. In academic writing, precision is key—always specify the mechanism if possible (e.g., 'The weathering caused by acid rain').

Differential weathering occurs when softer rocks wear away faster than harder rocks nearby.

The museum uses climate control to prevent the weathering of sensitive artifacts.

The coastal path was closed due to the dangerous weathering of the cliff edge.

You are most likely to encounter the word 'weathering' in educational settings, specifically in science classes like geology, geography, or environmental science. Teachers use it to explain how the Earth's surface changes over time. If you watch a nature documentary about the Grand Canyon or the Alps, the narrator will almost certainly mention weathering as the force that carved those majestic shapes. It is a staple word in the vocabulary of anyone who studies the natural world. However, its use extends far beyond the classroom into various professional and practical fields.

Construction and Architecture: Architects and engineers talk about weathering constantly. When they choose materials for a new building, they have to consider how those materials will stand up to the local climate. They might perform 'weathering tests' to see how a certain type of brick or paint will look after ten years of rain and sun. In this context, weathering is something to be managed or resisted to ensure the building stays safe and looks good.

The engineer noted that the bridge showed signs of chemical weathering from the salty sea air.

Art and Restoration: In the world of art, especially outdoor sculpture, weathering is a major topic. Conservators work to slow down the weathering of bronze statues or marble monuments. Sometimes, artists actually want weathering to happen; they might choose a material like Corten steel, which is designed to develop a protective layer of rust—a form of controlled weathering—that gives the piece a specific aesthetic.

Real Estate and Home Maintenance: Home inspectors use the word to describe the condition of a roof or a deck. If a roof has 'significant weathering,' it means the shingles are worn out and might leak soon. Homeowners might talk about the weathering of their garden furniture, deciding whether it needs a new coat of varnish to protect it from the winter elements.

The real estate agent pointed out the natural weathering of the cedar siding as a desirable feature.

Finally, you might hear it in the news when discussing climate change. As the planet warms and weather patterns become more extreme, the rate of weathering on infrastructure and natural landmarks is increasing. Scientists use the term to describe how more frequent storms or higher temperatures are breaking down the world around us faster than before. Whether it's a geologist looking at a mountain or a homeowner looking at their fence, 'weathering' is the word we use to describe the slow, inevitable transformation of the physical world by the power of the atmosphere.

Archaeologists are racing to document the ruins before weathering destroys the inscriptions.

The weathering of the old gravestones made the names almost impossible to read.

Farmers understand that the weathering of rocks is what provides the minerals for their soil.

Even native speakers sometimes get confused when using the word 'weathering,' primarily because it is so closely related to other terms. The most frequent error is confusing 'weathering' with 'erosion.' While they are part of the same geological cycle, they are distinct processes. Weathering is the breaking down of the rock, while erosion is the movement of the broken pieces. If you say 'the river weathered the canyon,' you are only partially correct; the river actually eroded the canyon by carrying the sediment away, though weathering helped break the rock down first.

Weathering vs. Erosion: Mistake: 'The wind caused a lot of weathering by blowing the sand away.' Correction: 'The wind caused erosion by blowing the sand away; the weathering happened when the wind-blown sand hit the rocks and broke them down.'

It is a common error to use weathering when you actually mean the transportation of material, which is erosion.

Confusing with the Verb 'To Weather': The verb 'to weather' can mean to survive a difficult situation (e.g., 'weathering the storm'). Some learners mistakenly use the noun 'weathering' to describe this survival. Mistake: 'The company's weathering of the financial crisis was impressive.' While technically possible, it sounds odd. It's better to use 'The company weathered the crisis well.'

Using 'Weathering' for Daily Weather: Learners sometimes use 'weathering' when they just mean 'the weather.' Mistake: 'The weathering today is very sunny.' Correction: 'The weather today is very sunny.' Weathering refers to the long-term effect, not the current state of the sky.

Don't use weathering to describe a single rainstorm; use it to describe what thirty years of rainstorms do to a rock.

Another subtle mistake is failing to distinguish between types of weathering in a scientific context. If you are writing a report, simply saying 'weathering' might be too vague. You should specify if it is physical, chemical, or biological, as these have very different causes and effects. Finally, be careful with the spelling; it is often confused with 'whether' (a conjunction) or 'wether' (a castrated ram). Always double-check that you have the 'a' and the 'ther' in the right place to refer to the atmospheric process.

The student lost points for attributing the canyon's depth solely to weathering without mentioning erosion.

Properly identifying the cause of weathering is crucial for choosing the right restoration method.

The architect warned that neglecting the weathering of the foundation could lead to structural failure.

Depending on the context, there are several words you can use instead of 'weathering' to be more precise or to vary your language. While 'weathering' is the most comprehensive term for the natural breakdown of materials, other words focus on specific aspects of that breakdown. Understanding these nuances will help you sound more like a native speaker and improve your technical writing.

Erosion: As discussed, erosion is the movement of material. Use this when the focus is on the wind or water carrying things away. Comparison: Weathering breaks the rock; erosion moves the pieces. Example: 'The erosion of the coastline is a major concern for local residents.'

While weathering prepares the material, erosion is what actually reshapes the valley floor.

Degradation: This is a broader term that means a decline in quality or condition. It is often used for soil or plastic. Comparison: Weathering is a natural geological process; degradation can be caused by humans or nature and implies a loss of value. Example: 'Environmental degradation is often accelerated by industrial pollution.'

Decomposition: This refers specifically to chemical breakdown, often of organic matter like leaves or wood. Comparison: Weathering includes physical breaking; decomposition is strictly chemical or biological. Example: 'The decomposition of fallen leaves provides nutrients for the forest soil.'

Chemical weathering is essentially the decomposition of minerals within a rock.

Disintegration: This focuses on the physical act of falling apart into small pieces. Comparison: Weathering is the cause; disintegration is the result. Example: 'The old book was in a state of total disintegration.'

Other terms include 'exfoliation' (when rocks peel in layers), 'oxidation' (rusting), and 'carbonation' (dissolving by acid). Choosing the right word depends on whether you want to sound scientific, poetic, or practical. In a casual setting, 'wearing away' or 'fading' might be more natural than 'weathering.' For example, instead of 'the weathering of the sign,' you might say 'the sign has faded in the sun.' However, in any discussion about geology or the long-term effects of the environment, 'weathering' remains the most accurate and widely understood term.

The architect preferred the term 'patina' to describe the attractive weathering of the copper roof.

Salt weathering is a specific type of disintegration common in coastal and arid regions.

The study compared the weathering rates of different types of granite used in monuments.

How Formal Is It?

Formell

Neutral

Informell

Child friendly

Umgangssprache

Wusstest du?

The term was first used in a geological sense in the late 18th century as scientists began to realize that the Earth's surface was constantly changing over vast periods of time.

Aussprachehilfe

UK /ˈwɛð.ər.ɪŋ/

US /ˈwɛð.ɚ.ɪŋ/

The primary stress is on the first syllable: WETH-er-ing.

Reimt sich auf

feathering tethering leathering gathering (near rhyme) cleathering bleathering nethering togethering

Häufige Fehler

Pronouncing the 'th' as a 't' or 'd' (e.g., 'weddering').
Confusing the pronunciation with 'whether' (though they are homophones).
Putting the stress on the second or third syllable.
Dropping the 'g' at the end ('weatherin').
Pronouncing the 'ea' as a long 'ee' sound.

Schwierigkeitsgrad

Lesen 3/5

The basic concept is easy, but technical descriptions can be complex.

Schreiben 4/5

Requires distinguishing from 'erosion' and using it as an uncountable noun.

Sprechen 2/5

Commonly used and understood in general conversation.

Hören 3/5

Can be confused with 'whether' or 'weather' in fast speech.

Was du als Nächstes lernen solltest

Voraussetzungen

weather rock break slow nature

Als Nächstes lernen

erosion sediment geology mineral oxidation

Fortgeschritten

geomorphology pedogenesis lithology denudation carbonation

Wichtige Grammatik

Uncountable Nouns

We say 'much weathering' not 'many weatherings'.

Gerunds as Nouns

Weathering is a process (here 'weathering' acts as the subject).

Compound Nouns

Chemical weathering, physical weathering, biological weathering.

Prepositional Phrases

The weathering 'of' the rocks, signs 'of' weathering.

Adjective Placement

Extensive weathering, rapid weathering (adjective before the noun).

Beispiele nach Niveau

The rain causes weathering on the old rocks.

Hujan menyebabkan pelapukan pada batu-batu tua.

Uncountable noun used as the object.

Look at the weathering on this wooden bench.

Lihatlah pelapukan pada bangku kayu ini.

Noun used after a preposition.

Weathering takes a very long time.

Pelapukan membutuhkan waktu yang sangat lama.

Noun used as the subject.

Ice can cause weathering in the winter.

Es bisa menyebabkan pelapukan di musim dingin.

Simple sentence structure.

The stone statue shows a lot of weathering.

Patung batu itu menunjukkan banyak pelapukan.

Noun as the object of 'shows'.

Plants can help with the weathering of rocks.

Tumbuhan dapat membantu pelapukan batuan.

Noun phrase 'weathering of rocks'.

Is weathering the same as erosion?

Apakah pelapukan sama dengan erosi?

Interrogative sentence.

Weathering helps make new soil.

Pelapukan membantu membuat tanah baru.

Subject noun.

The weathering of the cliffs makes them look very beautiful.

Pelapukan tebing membuatnya terlihat sangat indah.

Gerund-like noun usage.

We learned about physical weathering in school today.

Kami belajar tentang pelapukan fisik di sekolah hari ini.

Compound noun phrase.

Heat and cold are two main causes of weathering.

Panas dan dingin adalah dua penyebab utama pelapukan.

Noun as the object of a preposition.

The old house had signs of weathering on its walls.

Rumah tua itu memiliki tanda-tanda pelapukan pada dindingnya.

Plural-like context but singular noun.

Chemical weathering can dissolve some types of stone.

Pelapukan kimiawi dapat melarutkan beberapa jenis batu.

Adjective + Noun.

The weathering process is very slow and hard to see.

Proses pelapukan sangat lambat dan sulit dilihat.

Noun used as a modifier in a noun phrase.

Wind-blown sand can speed up the weathering of monuments.

Pasir yang ditiup angin dapat mempercepat pelapukan monumen.

Object of the preposition 'of'.

Without weathering, we would not have any sand on the beach.

Tanpa pelapukan, kita tidak akan memiliki pasir di pantai.

Conditional sentence with noun.

Biological weathering occurs when tree roots split rocks apart.

Pelapukan biologis terjadi ketika akar pohon membelah batuan.

Scientific classification.

The geologist studied the weathering patterns on the mountain side.

Ahli geologi mempelajari pola pelapukan di sisi gunung.

Noun as a modifier for 'patterns'.

Acid rain is a major factor in the chemical weathering of limestone.

Hujan asam adalah faktor utama dalam pelapukan kimiawi batu kapur.

Prepositional phrase.

Over millions of years, weathering has shaped the Grand Canyon.

Selama jutaan tahun, pelapukan telah membentuk Grand Canyon.

Subject of a present perfect verb.

The museum is trying to protect the statues from further weathering.

Museum sedang mencoba melindungi patung-patung dari pelapukan lebih lanjut.

Object of the preposition 'from'.

Weathering breaks down rocks into smaller particles called sediment.

Pelapukan memecah batuan menjadi partikel yang lebih kecil yang disebut sedimen.

General truth/scientific fact.

The rate of weathering depends on the temperature and rainfall.

Tingkat pelapukan tergantung pada suhu dan curah hujan.

Noun as the head of a noun phrase.

We can see the effects of weathering on the ancient city walls.

Kita bisa melihat efek pelapukan pada dinding kota kuno.

Object of the preposition 'of'.

Mechanical weathering is most common in climates with frequent freezing and thawing.

Pelapukan mekanis paling umum terjadi di iklim dengan pembekuan dan pencairan yang sering.

Technical terminology.

The carbonation of minerals is a specific type of chemical weathering.

Karbonasi mineral adalah jenis pelapukan kimiawi tertentu.

Defining a sub-type.

Differential weathering explains why some rock layers stick out more than others.

Pelapukan diferensial menjelaskan mengapa beberapa lapisan batuan lebih menonjol daripada yang lain.

Complex subject phrase.

The architect selected a stone that is resistant to environmental weathering.

Arsitek memilih batu yang tahan terhadap pelapukan lingkungan.

Adjective + Noun.

Soil formation is a direct result of the weathering of parent rock.

Pembentukan tanah adalah hasil langsung dari pelapukan batuan induk.

Technical geological context.

Oxidation, a form of weathering, gives the rocks in the desert their red color.

Oksidasi, suatu bentuk pelapukan, memberikan warna merah pada bebatuan di gurun.

Appositive phrase.

The study analyzed the impact of industrial pollutants on the weathering of monuments.

Studi tersebut menganalisis dampak polutan industri terhadap pelapukan monumen.

Academic research context.

Exfoliation is a physical weathering process where the outer layers of rock peel away.

Eksfoliasi adalah proses pelapukan fisik di mana lapisan luar batuan terkelupas.

Defining a process.

The synergistic effect of salt crystallization and hydration accelerates coastal weathering.

Efek sinergis dari kristalisasi garam dan hidrasi mempercepat pelapukan pantai.

Complex scientific subject.

Anthropogenic emissions have significantly altered the natural rates of chemical weathering.

Emisi antropogenik telah secara signifikan mengubah tingkat alami pelapukan kimiawi.

Formal academic tone.

Geomorphologists use weathering rinds to estimate the exposure time of glacial erratics.

Geomorfolog menggunakan kulit pelapukan untuk memperkirakan waktu paparan eratik glasial.

Highly specialized terminology.

The dissolution of silicate minerals during weathering plays a key role in the global carbon cycle.

Pelarutan mineral silikat selama pelapukan memainkan peran kunci dalam siklus karbon global.

Infinitive phrase as subject.

The intricate weathering profiles observed in the regolith provide clues about past climates.

Profil pelapukan rumit yang diamati pada regolit memberikan petunjuk tentang iklim masa lalu.

Passive voice modifier.

Spheroidal weathering occurs when chemical decay attacks the corners of rectangular rock blocks.

Pelapukan sferis terjadi ketika peluruhan kimiawi menyerang sudut-sudut balok batu persegi panjang.

Describing a specific phenomenon.

The conservation project aims to mitigate the weathering of the UNESCO World Heritage site.

Proyek konservasi bertujuan untuk memitigasi pelapukan situs Warisan Dunia UNESCO.

Formal institutional context.

Hydrolysis is a dominant weathering mechanism in the breakdown of feldspar into clay minerals.

Hidrolisis adalah mekanisme pelapukan yang dominan dalam pemecahan feldspar menjadi mineral lempung.

Precise chemical description.

The lithological properties of the substrate dictate its susceptibility to sub-aerial weathering.

Sifat litologi substrat menentukan kerentanannya terhadap pelapukan sub-aerial.

Advanced geological vocabulary.

Chemoautotrophic microorganisms can exacerbate weathering through the secretion of organic ligands.

Mikroorganisme kemoautotrof dapat memperburuk pelapukan melalui sekresi ligan organik.

Biological-chemical intersection.

The denudation of the mountain range is a function of both tectonic uplift and intensive weathering.

Denudasi pegunungan adalah fungsi dari pengangkatan tektonik dan pelapukan intensif.

Abstract scientific relationship.

Frost-shattering is a quintessential example of the efficacy of physical weathering in periglacial zones.

Pemecahan oleh embun beku adalah contoh klasik dari kemanjuran pelapukan fisik di zona periglasial.

Sophisticated descriptive language.

The long-term sequestration of atmospheric carbon is mediated by the weathering of basaltic provinces.

Sekuestrasi karbon atmosfer jangka panjang dimediasi oleh pelapukan provinsi basaltik.

Environmental policy/science context.

Karst topography is the ultimate morphological expression of protracted chemical weathering.

Topografi karst adalah ekspresi morfologis utama dari pelapukan kimiawi yang berkepanjangan.

Philosophical/Geomorphological definition.

The weathering of urban infrastructure presents a formidable challenge to contemporary civil engineering.

Pelapukan infrastruktur perkotaan menghadirkan tantangan berat bagi teknik sipil kontemporer.

Formal societal impact statement.

Isotopic analysis of weathering products allows researchers to reconstruct paleo-environmental conditions.

Analisis isotop produk pelapukan memungkinkan peneliti untuk merekonstruksi kondisi paleo-lingkungan.

Methodological scientific description.

Synonyme

erosion decay disintegration decomposition wearing away

Gegenteile

preservation restoration protection

Häufige Kollokationen

chemical weathering

physical weathering

extensive weathering

weathering process

signs of weathering

rate of weathering

biological weathering

accelerated weathering

weathering patterns

differential weathering

Häufige Phrasen

weathering of the rocks

subject to weathering

resist weathering

evidence of weathering

weathering and erosion

natural weathering

severe weathering

weathering effects

mechanical weathering

weathering rate

Wird oft verwechselt mit

weathering vs erosion

Weathering is the breakdown; erosion is the movement of the broken pieces.

weathering vs weather

Weather is the daily state of the atmosphere; weathering is the long-term effect of that weather.

weathering vs whether

A conjunction used to express a choice between alternatives; sounds the same but spelled differently.

Redewendungen & Ausdrücke

"weather the storm"

To survive a difficult period or situation. (Note: This uses the verb form, but is the most common idiom related to the word).

The company managed to weather the storm of the economic recession.

informal/business

"under the weather"

Feeling slightly ill or sick. (Note: Related to 'weather' but not 'weathering').

I'm feeling a bit under the weather today, so I'll stay home.

informal

"fair-weather friend"

A person who is only a friend when things are going well.

He turned out to be a fair-weather friend when I lost my job.

informal

"weather-beaten"

Damaged or worn by exposure to the weather (often used to describe faces).

The old fisherman had a kind, weather-beaten face.

descriptive

"make heavy weather of"

To make something seem more difficult than it really is.

She's making heavy weather of a very simple task.

British informal

"keep a weather eye on"

To watch something very carefully for any changes.

The manager kept a weather eye on the stock market prices.

informal

"weather-wise"

Having knowledge about the weather.

He is very weather-wise and knew the rain was coming.

informal

"in all weathers"

In every kind of weather, whether good or bad.

The postman delivers the mail in all weathers.

general

"weathering the years"

Remaining in good condition despite being old.

The old bridge is weathering the years remarkably well.

literary

"signs of the times"

Something that shows the current state of affairs (metaphorically like weathering).

The empty shops are a sign of the times in this economy.

general

Leicht verwechselbar

weathering vs erosion

Both involve the breakdown of the Earth's surface.

Weathering happens in one place (static), while erosion involves moving the material (kinetic).

The rock cracked due to weathering, and then the river carried the pieces away through erosion.

weathering vs corrosion

Both describe the breakdown of materials.

Corrosion is specifically for metals (chemical), while weathering is for rocks and wood (physical/chemical).

The bridge suffered from both the weathering of its stone pillars and the corrosion of its steel cables.

weathering vs decay

Both mean falling apart over time.

Decay is usually for organic things like food or bodies; weathering is for inorganic things like rocks.

The weathering of the stone wall was slow, but the decay of the fallen tree was fast.

weathering vs disintegration

Both mean breaking into pieces.

Disintegration is the result or the act of falling apart; weathering is the specific cause (the weather).

The weathering led to the total disintegration of the ancient manuscript.

weathering vs degradation

Both mean getting worse in quality.

Degradation is a broader term that can include human damage; weathering is strictly natural.

The degradation of the soil was caused by both intensive farming and natural weathering.

Satzmuster

The [noun] shows weathering.

The rock shows weathering.

Weathering is caused by [agent].

Weathering is caused by rain.

The weathering of [noun] takes [time].

The weathering of the cliffs takes thousands of years.

[Type] weathering is responsible for [result].

Chemical weathering is responsible for the formation of caves.

The rate of weathering is influenced by [factors].

The rate of weathering is influenced by both climate and rock type.

The synergistic effects of [process] accelerate weathering.

The synergistic effects of pollution and moisture accelerate weathering.

General

Signs of weathering are visible on [noun].

Signs of weathering are visible on the old gravestones.

General

[Noun] is resistant to weathering.

This type of brick is resistant to weathering.

Wortfamilie

Substantive

Verben

Adjektive

Verwandt

So verwendest du es

frequency

Common in educational and technical contexts; moderately common in general descriptions of age.

Häufige Fehler

The weathering of the mountain moved the rocks to the sea. → The erosion of the mountain moved the rocks to the sea.
Weathering only breaks the rocks; erosion is what moves them. You should use 'erosion' when talking about transportation.
The weathering today is very rainy. → The weather today is very rainy.
Weathering is a long-term process of breakdown. Use 'weather' to describe the current state of the atmosphere.
I saw many weatherings on the rocks. → I saw a lot of weathering on the rocks.
Weathering is usually an uncountable noun. You don't use it in the plural form in general English.
The statue was weathering by the rain. → The statue was weathered by the rain.
In this sentence, you need the past participle 'weathered' to act as an adjective or part of the passive voice, not the noun 'weathering'.
I don't know weathering he will come. → I don't know whether he will come.
This is a spelling and homophone mistake. 'Whether' is the conjunction; 'weathering' is the geological process.

Tipps

Use it as a Noun

Remember that 'weathering' is a noun describing a process. You can say 'The weathering is visible' or 'We studied weathering.' Don't use it as an adjective like 'a weathering rock'; use 'a weathered rock' instead.

Weathering vs. Erosion

Always check if the material is moving. If it's just breaking, use 'weathering.' If it's being carried away, use 'erosion.' This is the most important distinction in geology.

Don't forget the 'A'

It's 'weathering,' not 'wethering.' It comes from the word 'weather,' so keep that 'ea' in there! Also, don't confuse it with 'whether' (if).

Think of the Types

When you see a cracked rock, ask yourself: Is this physical (ice/heat), chemical (acid/rust), or biological (roots/bugs)? This helps you understand the word better.

Look at Old Buildings

The best way to learn this word is to see it. Look at an old brick wall or a stone statue. The parts that are smooth or crumbling are showing you weathering in real life.

Use 'Signs of'

A very natural way to use the word is in the phrase 'signs of weathering.' It sounds much more like a native speaker than just saying 'it has weathering.'

Architecture and Design

In design, weathering isn't always bad. Sometimes people want a 'weathered' look for a rustic feel. You can talk about 'intentional weathering' in art or furniture.

The Voiced 'TH'

The 'th' in weathering is voiced, like in 'the' or 'mother.' Practice saying 'weather' and then just add 'ing' at the end.

Weathering vs. Corrosion

If you are talking about a car rusting, 'corrosion' is more common. If you are talking about a rock or a wooden house, 'weathering' is the better choice.

The Soil Connection

Remember: No weathering = No soil = No food. This helps you remember that weathering is a vital, creative process, not just a destructive one.

Einprägen

Eselsbrücke

Think of 'Weather' + 'ing'. The 'Weather' is 'ing' (acting) on the rock to break it down.

Visuelle Assoziation

Imagine a giant hammer made of rain and wind slowly hitting a rock until it cracks. That hammer is 'weathering'.

Word Web

Rock Rain Wind Ice Soil Time Breakdown Nature

Herausforderung

Go outside and find three different objects that show signs of weathering. Describe them using the word 'weathering' in a sentence for each.

Wortherkunft

The word 'weathering' comes from the Middle English 'wederen,' which means 'to expose to the air.' This is derived from the Old English word 'weder,' meaning 'air, sky, or breeze.'

Ursprüngliche Bedeutung: The original meaning was simply the action of the weather on something, or the state of being exposed to the elements.

Germanic (English/Germanic roots).

Kultureller Kontext

No specific sensitivities, but be careful not to confuse it with 'erosion' in scientific settings.

Commonly used in both scientific education and in describing the 'rustic' look of homes and gardens.

The Grand Canyon (a masterpiece of weathering and erosion). The Sphinx in Egypt (showing severe weathering from sand and moisture). The poem 'Ozymandias' by Percy Bysshe Shelley (describing the weathering of a great king's statue).

Im Alltag üben

Kontexte aus dem Alltag

Geology Class

types of weathering
weathering and the rock cycle
how soil is formed
mechanical vs chemical

Home Improvement

weather-resistant paint
signs of roof weathering
protecting wood from weathering
weathered look

Nature Documentary

carved by weathering
millions of years of weathering
the power of the elements
shaping the landscape

Art Restoration

preventing weathering
weathering of the monument
cleaning weathered stone
environmental damage

Climate Change Discussion

increased weathering rates
impact of acid rain
weathering of infrastructure
carbon sequestration

Gesprächseinstiege

"Have you noticed the weathering on the old statues in the city center?"

"Do you think the weathering of the coastline is getting worse with the recent storms?"

"I love the natural weathering on this old wooden table; it gives it so much character, don't you think?"

"Did you know that weathering is actually how we get the minerals in our soil?"

"What's the best way to protect a garden deck from weathering during the winter?"

Tagebuch-Impulse

Describe a place you know that shows a lot of weathering. What does it look like and how does it make you feel?

Imagine you are a rock that has been sitting on a mountain for a million years. Describe your experience of weathering.

Why is it important for architects to think about weathering when they design new buildings?

Compare the weathering you see in a city to the weathering you see in a forest. What are the differences?

Write about a time you saw something change slowly over time, just like weathering.

Häufig gestellte Fragen

10 Fragen

The main difference is movement. Weathering is the process where rocks are broken down into smaller pieces while they stay in the same place. Erosion is the process where those smaller pieces are moved to a new location by wind, water, or ice. Think of weathering as the 'breaking' and erosion as the 'moving'.

Yes, weathering can happen to many materials. It commonly affects wood, making it turn gray and brittle. It also affects man-made materials like bricks, concrete, paint, and plastics. Even metals can experience a form of weathering called corrosion.

Weathering is usually a very slow process that takes hundreds or thousands of years to show major changes in rocks. However, on softer materials like wood or paint, you can see signs of weathering in just a few years or even months.

The three types are physical (or mechanical), chemical, and biological. Physical weathering breaks things apart without changing what they are made of. Chemical weathering changes the actual minerals in the material. Biological weathering is caused by living things like plants and animals.

No, weathering is essential for life on Earth! Without weathering, rocks would never break down into the small particles that make up soil. Soil is necessary for plants to grow, which provides food for animals and humans.

Absolutely. Temperature is a major factor. In cold climates, the freezing and thawing of water (frost wedging) is a powerful force. In hot deserts, the extreme change between day and night temperatures causes rocks to expand and contract, leading to physical weathering.

Chemical weathering happens when water, oxygen, or acids react with the minerals in a rock to change them into something new. For example, iron in a rock can react with oxygen to form rust, which makes the rock weaker and easier to break.

Plants cause biological weathering in two ways. Their roots can grow into cracks in rocks and push them apart as they get bigger. Also, some plants like lichens produce weak acids that slowly dissolve the surface of the rock they are growing on.

It depends on the minerals the rock is made of and how hard it is. For example, limestone is a soft rock that dissolves easily in acid rain, so it weathers quickly. Granite is much harder and more resistant to chemical changes, so it weathers very slowly.

We can't stop it completely because it's a natural force, but we can slow it down. We use paint, varnish, and sealants to protect wood and buildings. Museums use climate control to protect old artifacts from the moisture and temperature changes that cause weathering.