**Global Bear Attacks: What’s Actually Happening Worldwide (Patterns, Causes, and Safety)** **전세계 곰 습격: 실제로 무슨 일이 벌어지나 (패턴·원인·안전수칙)** > CommonSense

**Global Bear Attacks: What’s Actually Happening Worldwide (Patterns, Causes, and Safety)**
**전세계 곰 습격: 실제로 무슨 일이 벌어지나 (패턴·원인·안전수칙)**

---

## English

### 1) What “bear attacks” really mean (and why global numbers are slippery)

“Bear attack” is a catch-all label for very different events: a startled bear swatting someone on a trail, a mother defending cubs, a food-conditioned bear pushing into a campsite, or a rare predatory attack. Each has different triggers, seasonality, and best responses.

Worldwide statistics are also hard to unify because reporting standards differ by country, and many incidents never reach a central database. Even in strong datasets, researchers often focus on a single species (e.g., brown bear) or a specific region/time window, and acknowledge undercounting where records are sparse. The right way to read “global” numbers is as **patterns + risk factors**, not a single perfect count.

### 2) What we know from the best global-scale research (brown bears)

One of the most comprehensive global analyses is **Bombieri et al. (Scientific Reports, 2019)** on **brown bear (Ursus arctos)** attacks. It compiled **664 attacks (2000–2015)** across North America, Europe, and parts of “the East” (notably including Russia, Iran, Turkey in their dataset). Key findings:

* Average **~39.6 brown-bear attacks/year** in their assembled records, with regional variation. ([Nature][1])
* Most cases led to **injury (85.7%)**, and **fatalities were a minority (14.3%)** within that dataset. ([Nature][1])
* Attacks increased over the study period; most occurred **in summer (48%)** and **during daytime (73%)**. ([Nature][1])
* The most common scenario was **a defensive encounter with a female with cubs (47%)**, followed by **sudden encounters (20%)** and **dog presence (17%)**. ([Nature][1])
* Hotspots (within the dataset) included places like **Romania (Europe)** and **Alaska/British Columbia (North America)**, reflecting a mix of bear density, human activity, and reporting. ([Nature][1])

This matters because it clarifies a key point: **most serious bear incidents are defensive**, driven by surprise at close range (especially with cubs) rather than “hunting humans.”

### 3) “Worldwide bear attacks” by species: the risk profile is not the same

#### Brown / Grizzly bears (Ursus arctos)

* Most dangerous moments are **close-range surprises**, especially near cubs, carcasses, or dense cover. Global patterns above apply. ([Nature][1])

#### American black bears (Ursus americanus)

* Black bears usually avoid people, but **predatory attacks do occur** and “playing dead” is generally the wrong response if contact happens.
* A widely cited review of **fatal attacks (1900–2009)** reports **at least 63 deaths in 59 incidents** involving non-captive black bears. ([wildlife.onlinelibrary.wiley.com][2])

#### Polar bears (Ursus maritimus)

* Polar bear attacks are **rare** but can be severe because polar bears may treat humans as prey in some contexts.
* Polar Bears International summarizes research documenting **73 confirmed attacks (1870–2014)** with **20 killed and 63 injured**, while noting limitations and possible reporting changes over time. ([Polar Bears International][3])
* The **Polar Bear Range States** (official multi-country framework) tracks human injuries/deaths and reports, for example, **2016–2024: 6 killed and 15 injured** across the Range States in their dataset (definitions vary by country). ([polarbearagreement.org][4])

#### Sloth bears (Melursus ursinus) — South Asia’s high-conflict bear

* In parts of India and Nepal, sloth bear attacks are a **major human–wildlife conflict issue**, often happening when people use forest edges for fuelwood, grazing, or collection.
* Peer-reviewed work compares regional patterns and emphasizes that conflict peaks align with **human forest activity** (season differs by region). ([Nature][5])
* Reviews and case analyses highlight the serious injury burden from sloth bear attacks (often face/head injuries) in clinical records. ([PMC][6])

#### Asiatic black bears (Ursus thibetanus) and other regional bears

* In parts of East Asia, incidents can surge when bears expand into human spaces due to food failures, land-use change, or demographic shifts. A very visible example has been **Japan’s recent spike** (below). ([People.com][7])

### 4) Where attacks happen most often (a practical global map)

Instead of “top 10 countries,” it is more accurate to think in **conflict landscapes**:

1. **North American backcountry + park corridors** (grizzly/brown + black bears)

  * Risk is highest where people hike, hunt, fish, or camp in bear habitat—especially in berry seasons and late summer/fall feeding periods. (Patterns and hotspots appear in the brown bear global dataset.) ([Nature][1])

2. **European rural mountain/forest mosaics** (brown bears)

  * Conflicts are often linked to pastoral work (livestock guarding), forestry, and hiking in bear range; Romania stands out in the global brown-bear dataset. ([Nature][1])

3. **South Asian forest-edge livelihoods** (sloth bears; also Asiatic black bear in some regions)

  * Human exposure is frequent because daily work overlaps bear habitat. Seasonal peaks track human forest use. ([Nature][5])

4. **Arctic settlements and industrial frontiers** (polar bears)

  * Low-frequency but high-stakes; official tracking recognizes cross-country definitional differences but still shows multi-year injuries/fatalities. ([polarbearagreement.org][4])

5. **Expanding suburban interface** (mostly black bears, sometimes brown bears)

  * Garbage, pet food, compost, and fruit trees can “train” bears to approach humans, increasing encounters even if attacks remain uncommon.

### 5) Why bear conflicts rise (even if attacks are still rare)

The drivers usually stack together:

* **Food attractants created by humans** (unsecured trash, livestock feed, outdoor cooking waste): these do not just “invite” bears—they can condition them to approach people repeatedly.
* **Habitat fragmentation + edge expansion**: roads, scattered development, and land-use change increase bear–human contact points.
* **Climate and drought effects**: environmental stress can shift wildlife movement and increase reports of conflict with carnivores during drought periods. ([Science][8])
* **Demographic change** (rural depopulation or changing land management) can alter where bears roam and how quickly conflicts are detected and responded to.
* **Dogs**: repeatedly identified as a risk amplifier in brown bear incident scenarios. ([Nature][1])

### 6) The single most important safety idea: prevent surprise at close range

Most serious incidents happen fast, at short distance, when the bear feels threatened or is defending cubs/food. So prevention is about **not appearing suddenly inside a bear’s “reaction bubble.”**

**High-yield prevention behaviors (globally applicable):**

* **Make your presence known** in dense brush, near streams (noise cover), blind corners, and berry patches.
* **Travel in groups** when possible; many datasets show victims are often alone during incidents. ([Nature][1])
* **Manage attractants** (food storage, trash discipline, no scented items in tents where that’s relevant).
* **Control dogs** (leash in bear habitat): dogs can run to a bear and “bring it back” to you; dog presence is a notable factor in brown bear attacks. ([Nature][1])
* **Carry bear spray where recommended and legal**, and keep it accessible (not buried). NPS emphasizes using EPA-approved bear spray products designed for bears. ([국립공원청][9])

### 7) What to do in an encounter or attack (species and scenario matter)

Because user safety is the priority, the best practice is to follow local wildlife authority guidance. Two widely used references are the **U.S. National Park Service** and **Parks Canada**, which are explicit about scenario-based responses:

**If you surprise a bear (any species):**

* Back away slowly, stay calm, avoid running; running can trigger pursuit. NPS stresses calm retreat and not running. ([국립공원청][10])

**If a bear attacks: defensive vs. predatory**

* **Defensive attacks** (bear is surprised, protecting young, feeding): Parks Canada describes these as the most common type and advises using bear spray; if contact occurs, **play dead** in that defensive context. ([캐나다 국립공원][11])
* **Predatory attacks** (bear stalks/follows, attacks at night, attacks in a tent, or clearly treats you as prey): both Parks Canada and NPS emphasize **do not play dead—fight back** and try to reach shelter if possible. ([캐나다 국립공원][11])

**NPS rule-of-thumb (commonly taught in North America):**

* If a **black bear** attacks: **fight back**; do not play dead. ([국립공원청][10])
* If a **grizzly/brown bear** attacks defensively: **play dead** initially; if the attack persists, fight back. ([국립공원청][10])

These are not slogans; they reflect the underlying behavior difference: defensive bears want the threat gone; predatory bears want a meal.

### 8) Recent real-world spikes (examples that show how fast conditions can change)

Even though global “attack totals” remain relatively low, local spikes can be dramatic:

* **Japan (2025)**: reporting indicated a sharp rise, including **seven fatalities in 2025** and roughly **~100 injuries**, with discussion of climate and population shifts as contributors. ([People.com][7])
* **Colorado (2025)**: officials reported thousands of bear-related reports/encounters (conflict incidents, not necessarily attacks), illustrating the suburban-interface problem driven by attractants. ([Axios][12])

### 9) Practical applications (policy, community design, and even software)

If you treat bear conflict as a systems problem, you get better results than only telling individuals to “be careful”:

* **Municipal/park measures**: bear-resistant bins, enforcement against leaving trash out, seasonal trail closures in high-risk zones, public alerting, rapid hazing/aversive conditioning for problem bears.
* **Rural support**: electric fencing, livestock-guarding practices, compensation programs paired with prevention (to avoid incentivizing risky behavior).
* **Safety messaging**: research on sloth bears highlights that conflict timing and risk depend heavily on when people enter bear habitat; messaging must be region-specific to be effective. ([Nature][5])
* **Digital tools**: incident heatmaps, geofenced warnings, “attractant checklist” reminders, and offline emergency guidance are credible, practical interventions—especially where official alerts are fragmented.

---

## 한국어

### 1) “곰 습격”이란 말이 실제로는 여러 사건을 한데 묶은 표현

곰 습격은 한 가지 유형이 아닙니다. 등산로에서 갑자기 마주쳐 곰이 방어적으로 공격하는 경우, 새끼를 지키는 어미의 방어, 쓰레기·먹이에 길들여진 곰이 야영지로 들어오는 경우, 매우 드물지만 사람을 먹이로 인식하는 포식(스토킹) 공격까지 모두 “곰 습격”으로 뭉뚱그려집니다. 그래서 **원인·계절성·대응법**이 사건 유형마다 완전히 달라집니다.

전 세계 통계가 깔끔하게 하나로 정리되지 않는 이유도 여기에 있습니다. 국가마다 신고·집계 기준이 다르고, 많은 사건이 중앙 DB로 모이지 않으며, 연구도 종(예: 불곰) 또는 특정 지역·기간에 한정되는 경우가 많습니다. 따라서 전 세계를 말할 때는 “정확한 총합”보다 **패턴과 위험요인**을 이해하는 게 실전적으로 더 중요합니다.

### 2) 전 세계 규모로 가장 신뢰도 높은 축: “불곰(브라운베어) 공격” 메타패턴

전 세계 규모 분석으로 가장 널리 인용되는 연구 중 하나가 **Bombieri 외(Scientific Reports, 2019)**의 불곰(브라운베어) 공격 분석입니다. 2000–2015년 사이 **664건**을 모아 북미·유럽·동부권(연구에 포함된 러시아·이란·튀르키예 등)을 비교했습니다. 핵심은 다음과 같습니다.

* 기록된 평균은 **연간 약 39.6건** 수준(연구가 확보한 자료 범위 내). ([Nature][1])
* **부상(85.7%)**이 대부분이며, **사망(14.3%)**은 일부입니다(다만 지역별 편차 큼). ([Nature][1])
* **여름(48%)**, **낮(73%)**에 많이 발생. ([Nature][1])
* 가장 흔한 시나리오는 **새끼 동반 암컷과의 방어적 충돌(47%)**, 다음이 **갑작스런 조우(20%)**, **개(반려견) 존재(17%)**입니다. ([Nature][1])
* 유럽은 루마니아, 북미는 알래스카·BC 등 특정 지역에서 보고가 집중됩니다(서식·인간활동·보고체계의 결합 결과). ([Nature][1])

결론적으로 “곰이 사람을 사냥한다”보다 훨씬 흔한 현실은 **가까운 거리에서의 ‘놀람 + 방어’**입니다.

### 3) “전 세계 곰 습격”은 종마다 성격이 다르다

* **불곰/그리즐리(불곰 계열)**: 짧은 거리에서 놀람, 새끼·먹이 방어가 핵심 트리거. ([Nature][1])
* **아메리칸 흑곰**: 대체로 사람 회피지만, 드물게 포식 공격이 가능하며 “죽은 척”은 보통 최악의 선택입니다. 1900–2009 기간의 치명 사례 리뷰는 **최소 63명 사망(59건)**을 보고합니다. ([wildlife.onlinelibrary.wiley.com][2])
* **북극곰**: 공격 자체는 매우 드물지만 치명도가 높을 수 있습니다. 1870–2014 기간에 **73건(사망 20, 부상 63)** 요약이 공유되어 있습니다. ([Polar Bears International][3]) 또한 범국가 공식 체계는 2016–2024 기간 **사망 6, 부상 15**를 보고합니다(국가별 정의 차이 주의). ([polarbearagreement.org][4])
* **나무늘보곰(슬로스베어, 남아시아)**: 인도·네팔 등에서 산림 가장자리 생계활동과 겹치며 갈등이 크고, 지역별로 “사람이 숲을 많이 쓰는 시기”에 충돌이 증가한다는 분석이 있습니다. ([Nature][5]) 의료기록 기반 연구들은 심각한 안면·두부 손상이 흔함을 보여줍니다. ([PMC][6])
* **아시아흑곰(일본 포함)**: 먹이 흉작·서식지 변화·인구구조 변화가 겹치면 급격한 접촉 증가가 나타날 수 있습니다(아래 일본 사례). ([People.com][7])

### 4) “어느 나라가 위험하냐”보다 “어떤 환경이 위험하냐”가 더 정확하다

전 세계적으로는 다음 “충돌 지형”이 반복됩니다.

1. **북미의 국립공원·산악 트레일·수계(낚시/캠핑)** — 불곰/흑곰 혼재
2. **유럽의 산악·농축산 모자이크** — 목축·임업·등산 동선과 불곰 서식지가 겹침(루마니아가 연구자료에서 두드러짐). ([Nature][1])
3. **남아시아 숲 가장자리 생계권** — 장작·채집·방목이 잦아 노출 빈도 자체가 높음. ([Nature][5])
4. **북극권 정착지/산업 전초** — 사건 수는 적지만 치명 리스크가 큼. ([polarbearagreement.org][4])
5. **교외-야생 경계(쓰레기·먹이 유인)** — “공격”보다 “출몰·접근”이 폭증하며, 장기적으로 위험을 키움. ([Axios][12])

### 5) 곰 공격이 늘어 보이는 구조적 이유

* **먹이 유인물(쓰레기, 반려동물 사료, 과일나무, 야외 조리 잔여물)**이 곰을 ‘학습’시켜 접근 빈도를 늘립니다.
* **서식지 파편화·가장자리 확대**가 접촉점을 늘립니다.
* **기후·가뭄**이 야생동물 이동·충돌 신고를 증가시키는 방향으로 작동할 수 있다는 연구가 있습니다(특히 육식동물군). ([Science][8])
* **개(반려견)**는 불곰 공격 시나리오에서 의미 있게 등장합니다. ([Nature][1])

### 6) 실전에서 가장 중요한 원칙: “가까운 거리에서 놀라게 하지 말 것”

불곰 전 세계 패턴에서 핵심은 **근거리 갑작스런 조우**입니다. 따라서 예방은 “곰을 없애는 것”이 아니라 **곰의 반응거리 안으로 갑자기 들어가지 않는 것**입니다.

* 수풀·계곡·급커브·물소리 큰 구간에서는 존재를 알리기
* 가능한 **여럿이 이동**(연구에서 피해자가 혼자인 비율이 높게 나타남). ([Nature][1])
* 야영·주거 주변 **유인물 관리**
* **반려견 통제(리드줄)**: 불곰 공격에서 “개”는 반복적으로 관찰되는 요인. ([Nature][1])
* 허용 지역에서는 **곰 스프레이**를 “바로 꺼낼 수 있게” 휴대(국가기관 지침 참고). ([국립공원청][9])

### 7) 마주쳤을 때/공격받을 때: 방어 vs 포식, 종별 대응이 핵심

대표적인 공공 지침(미 NPS, 캐나다 Parks Canada)은 다음처럼 **상황 분류**를 강조합니다.

* **놀라서 방어적으로 나오는 경우(가장 흔함)**: 침착하게 물러나고, 위협으로 보이지 않게 하며, 접촉 시에는 “죽은 척”이 생존 확률을 높일 수 있다고 설명합니다. ([캐나다 국립공원][11])
* **스토킹·야간 공격·텐트 공격 등 포식 성격**: “죽은 척 금지, 전력 저항(반격)”을 강조합니다. ([캐나다 국립공원][11])

특히 NPS는 다음을 명시합니다.

* **흑곰이 공격하면**: **죽은 척하지 말고 전력 반격**. ([국립공원청][10])
* **불곰/그리즐리가 방어적으로 공격하면**: **죽은 척**이 기본, 다만 공격이 지속되면 반격. ([국립공원청][10])

### 8) 최근 스파이크 사례(전 세계 공통 교훈: “조건이 바뀌면 급증한다”)

* **일본(2025)**: 2025년에 **사망 7건**, 부상 약 **100건 수준**으로 “급증” 보도가 나왔고, 기후 변화·도시 주변 이동 등이 원인으로 논의되었습니다. ([People.com][7])
* **미국 콜로라도(2025)**: 공격이 아니라 “출몰·충돌 신고”가 크게 늘었다는 보고가 나왔는데, 이런 누적이 장기 리스크를 키우는 전형적 경로입니다. ([Axios][12])

### 9) 응용(정책·커뮤니티·기술)

* **도시/공원**: 곰 방지 쓰레기통, 유인물 단속, 계절별 통제, 알림 시스템
* **농촌**: 전기울타리·가축보호·보상제(예방과 결합)
* **교육 메시지**: 특히 슬로스베어는 지역별로 “사람의 산림 이용 시기”와 충돌이 강하게 맞물려, 지역맞춤형 메시지가 중요합니다. ([Nature][5])
* **디지털**: 신고 기반 히트맵, 지오펜스 경고, 오프라인 행동요령 카드, 유인물 체크리스트 같은 도구는 실제로 갈등을 줄이는 방향의 “실행 가능한介入”입니다.

---

## 日本語

### 概要

世界の「クマ襲撃」は一枚岩ではありません。驚かせてしまった結果の**防御的攻撃**、子連れ個体の防衛、餌付け（ゴミ等）で人間空間に入る個体、そして稀な**捕食的攻撃**まで、原因も対処も異なります。

### 世界規模で分かっていること（ヒグマ／ブラウンベア中心）

Scientific Reports（2019）の分析では、2000–2015年に**664件**のブラウンベア攻撃を整理し、年平均は研究が集めた記録範囲で**約39.6件/年**、多くが負傷、死亡は少数派でした。季節は夏、時間帯は日中が多く、シナリオとしては**子連れメスとの遭遇（防御反応）**が最多でした。 ([Nature][1])

### 種によるリスクの違い

* **アメリカクロクマ**：基本は回避的だが、稀に捕食的攻撃。1900–2009の致死事例レビューでは**少なくとも63人死亡**が報告されています。 ([wildlife.onlinelibrary.wiley.com][2])
* **ホッキョクグマ**：頻度は低いが重大化し得る。1870–2014で**73件（死亡20・負傷63）**という整理が共有されています。 ([Polar Bears International][3])
* **ナマケグマ（南アジア）**：森林利用と重なり衝突が多い。地域差はあるが、人の森林活動が多い時期に増える傾向が示されています。 ([Nature][5])

### 予防の核心：「至近距離で驚かせない」

多くは至近距離の不意打ちが引き金です。視界の悪い藪・沢・曲がり角では存在を知らせ、単独行動を避け、犬を管理し、餌（ゴミ）を徹底的に管理することが効果的です。 ([Nature][1])

### もし襲われたら（防御か捕食か）

公的ガイダンス（NPS / Parks Canada）は「防御的」か「捕食的」かで対応を分けます。防御的接触では状況により“うつ伏せで動かない（死んだふり）”が有効とされる一方、追跡・夜間・テント内など捕食的兆候では**死んだふりをせず反撃**を強調します。 ([캐나다 국립공원][11])

---

## Español

### 1) Qué significa “ataque de oso” a escala mundial

“Ataque” incluye desde un zarpazo defensivo por sorpresa hasta incidentes con osos habituados a la comida humana. No todos los países registran igual, por eso conviene pensar en **patrones y factores de riesgo**, no en un único “número perfecto”.

### 2) Evidencia global sólida (oso pardo)

Un análisis global de **oso pardo (Ursus arctos)** reunió **664 ataques (2000–2015)** y describió tendencias: aumento a lo largo del tiempo, predominio en **verano** y **de día**, y un patrón dominante de **reacción defensiva**, especialmente **hembras con crías**. ([Nature][1])

### 3) Diferencias por especie

* **Oso negro americano**: por lo general evita a las personas, pero existen ataques depredadores raros; una revisión de ataques fatales (1900–2009) reporta **al menos 63 muertes**. ([wildlife.onlinelibrary.wiley.com][2])
* **Oso polar**: ataques poco frecuentes pero potencialmente graves; se resumen **73 ataques confirmados (1870–2014), 20 muertos y 63 heridos**. ([Polar Bears International][3])
* **Oso perezoso (Sur de Asia)**: conflicto alto en bordes de bosque; los picos suelen alinearse con periodos de alta actividad humana en el bosque. ([Nature][5])

### 4) Prevención: evitar la sorpresa a corta distancia

La mayoría de incidentes graves empiezan por encuentros repentinos en vegetación densa o curvas ciegas. Hacer ruido, ir en grupo, controlar perros y eliminar “atractivos” (basura/comida) reduce encuentros peligrosos. ([Nature][1])

### 5) Si hay contacto: defensivo vs. depredador

Guías públicas (NPS y Parks Canada) separan ataques **defensivos** de **depredadores**. En escenarios depredadores (acecho, ataque nocturno, ataque en tienda), se enfatiza **no hacerse el muerto y defenderse**; en defensivos, la estrategia puede diferir. ([캐나다 국립공원][11])

---

## Français

### 1) “Attaque d’ours” : un terme, plusieurs réalités

À l’échelle mondiale, le terme recouvre des situations très différentes (attaque défensive après surprise, protection des oursons, ours attiré par la nourriture humaine, attaque prédatrice rare). Les chiffres globaux sont donc imparfaits : l’essentiel est de comprendre **les scénarios typiques** et **les facteurs de risque**.

### 2) Ce que montre une analyse mondiale robuste (ours brun)

Une étude de référence (Scientific Reports, 2019) a compilé **664 attaques d’ours brun (2000–2015)**. Elle indique une hausse au fil des années, une saisonnalité marquée (**été**) et une majorité d’événements en journée. Le scénario dominant est l’**attaque défensive**, notamment lors d’une rencontre avec une **femelle et ses petits**. ([Nature][1])

### 3) Le risque dépend fortement de l’espèce

* **Ours noir américain** : généralement évitant, mais les attaques prédatrices existent ; une synthèse (1900–2009) rapporte **au moins 63 décès**. ([wildlife.onlinelibrary.wiley.com][2])
* **Ours polaire** : rareté relative mais gravité potentielle ; un bilan (1870–2014) mentionne **73 attaques confirmées, 20 morts, 63 blessés**. ([Polar Bears International][3])
* **Ours lippu (sloth bear)** : conflit important en Asie du Sud ; les pics suivent souvent les périodes d’usage humain de la forêt, variables selon les régions. ([Nature][5])

### 4) Le cœur de la prévention : ne pas surprendre un ours à très courte distance

La majorité des incidents sérieux partent d’une rencontre brusque en zone à visibilité réduite. Se signaler, éviter d’être seul, gérer les chiens, et surtout supprimer les attractifs (déchets/nourriture) diminuent fortement les situations à risque. ([Nature][1])

### 5) En cas d’attaque : défensive vs prédatrice

Les recommandations publiques (NPS / Parcs Canada) distinguent l’attaque **défensive** de l’attaque **prédatrice**. En cas de signes prédatoires (filature, attaque de nuit, attaque dans une tente), elles insistent sur **ne pas faire le mort** et **se défendre** ; en contexte défensif, la conduite peut être différente. ([캐나다 국립공원][11])

---

* [People.com](https://people.com/fatal-bear-attacks-rising-in-japan-with-7-deaths-this-year-11833018?utm_source=chatgpt.com)
* [Axios](https://www.axios.com/local/boulder/2025/12/04/boulder-colorado-bear-activity-increases-2025?utm_source=chatgpt.com)
* [People.com](https://people.com/29-year-old-hiker-was-alone-when-bear-attacked-and-seriously-injured-him-in-yellowstone-national-park-11811745?utm_source=chatgpt.com)
* [timesofindia.indiatimes.com](https://timesofindia.indiatimes.com/city/dehradun/doon-outskirts-see-first-bear-attack-woman-hurt/articleshow/126062471.cms?utm_source=chatgpt.com)

[1]: https://www.nature.com/articles/s41598-019-44341-w "Brown bear attacks on humans: a worldwide perspective | Scientific Reports"
[2]: https://wildlife.onlinelibrary.wiley.com/doi/abs/10.1002/jwmg.72?utm_source=chatgpt.com "Fatal attacks by American black bear on people: 1900–2009"
[3]: https://polarbearsinternational.org/news-media/articles/polar-bear-attacks-causes-prevention/ "Polar Bear Attacks, Causes, Prevention | Polar Bears International"
[4]: https://polarbearagreement.org/working-groups/human-polar-bear-conflict/pb-conflict "Polar Bear Range States - Polar bears injured or killed in conflict situations; Humans injured or killed by polar bears"
[5]: https://www.nature.com/articles/s41598-022-07974-y?utm_source=chatgpt.com "Sloth bear attacks: regional differences and safety messaging"
[6]: https://pmc.ncbi.nlm.nih.gov/articles/PMC4413493/?utm_source=chatgpt.com "A review of 48 patients after bear attacks in Central India"
[7]: https://people.com/fatal-bear-attacks-rising-in-japan-with-7-deaths-this-year-11833018 "Fatal Bear Attacks on the Rise in Japan, with 7 Deaths Recorded This Year"
[8]: https://www.science.org/doi/10.1126/sciadv.adx0286?utm_source=chatgpt.com "Human-wildlife conflict is amplified during periods of drought"
[9]: https://www.nps.gov/subjects/bears/safety.htm "Staying Safe Around Bears - Bears (U.S. National Park Service)"
[10]: https://www.nps.gov/articles/bearattacks.htm "Bear Attacks (U.S. National Park Service)"
[11]: https://parks.canada.ca/pn-np/mtn/ours-bears/securite-safety/ours-humains-bears-people "Safe travel in bear country - Bears in the mountain national parks"
[12]: https://www.axios.com/local/boulder/2025/12/04/boulder-colorado-bear-activity-increases-2025?utm_source=chatgpt.com "Colorado sees surge in bear encounters"