{"topic_id":"exotic_behavior_amphibian","category":"exotic-behavior","context":"---\ntopic_id: exotic_behavior_amphibian\ncategory: exotic-behavior\ntitle: \"Amphibian behavior — class-level overview (activity patterns, communication, skin sensitivity, foraging, thermal behavior)\"\nlang: en\nsource: \"Derived from exotic_pet_behavior_axolotl, exotic_husbandry_amphibian_environment, exotic_husbandry_amphibian_quarantine, exotic_amphibian_husbandry (C1-verified topics)\"\nsource_file: web/topics/exotic-behavior/exotic_pet_behavior_axolotl/01_exotic_pet_behavior_axolotl.md\ndate_parsed: 2026-08-16\ntokens_estimated: 300\nverified: true\nverification: derived\nsource_document: \"Amphibian behavior — class-level overview — derived class-level overview\"\ncitation:\n  authority: \"Derived layer (via source topics)\"\n  title: \"Amphibian behavior — class-level overview (activity patterns, communication, skin sensitivity, foraging, thermal behavior)\"\n  url: \"\"\n  retrieved: \"2026-08-16\"\n  ref: \"derived from exotic_pet_behavior_axolotl, exotic_husbandry_amphibian_environment, exotic_husbandry_amphibian_quarantine, exotic_amphibian_husbandry\"\n  doc_type: \"derived plain-language summary\"\n  needs_review: true\nlicense: derived\n---\n\n# Amphibian behavior — class-level overview\n\n**This is a derived class-level overview.** Every factual statement below is a verbatim quote from C1-verified source topics; it adds no new facts. It fills the Behavior & Training gap of the amphibian manual.\n\nActivity patterns: amphibians are not a \"watch-me\" pet. For the best-documented pet species, `Axolotls are solitary and may be active at any time of the day.`, with `Key Behaviors: natatorial; diurnal; nocturnal; motile; sedentary; solitary.` Social signaling is minimal: `Axolotls communicate mainly via visual cues and chemical cues during mating.`\n\nSkin sensitivity shapes all handling decisions: `Amphibians that escape their enclosure or receive poor care commonly become dehydrated (desiccate), because they readily lose moisture through their skin.` — permeable skin is the core reason amphibians are observe-don't-handle animals; the sources do not quantify a safe handling duration.\n\nThermal behavior: `Giving amphibians a thermal gradient within their preferred optimal temperature zone (POTZ) lets most species regulate their own body temperature.`, and `Tailed amphibians (caudatans, e.g. salamanders) prefer noticeably cooler temperatures than tailless ones (anurans, e.g. frogs).`\n\nForaging: `Most adult terrestrial and aquatic amphibians eat invertebrates — earthworms, bloodworms, black worms, white worms, tubifex worms, springtails, fruit flies, fly larvae, mealworms, and crickets.`\n\nScope note: the listed sources do not provide a stress-signal checklist or formal training guidance; what they support is the skin-moisture risk above plus quarantine as stress/disease management (see the amphibian manual's husbandry topics).\n\nSource topics: `exotic_pet_behavior_axolotl`, `exotic_husbandry_amphibian_environment`, `exotic_husbandry_amphibian_quarantine`, `exotic_amphibian_husbandry` (all C1-verified).\n\n## Claims (verified as substrings of the C1-verified source topics)\n- `Axolotls are solitary and may be active at any time of the day.`\n- `Key Behaviors: natatorial; diurnal; nocturnal; motile; sedentary; solitary.`\n- `Axolotls communicate mainly via visual cues and chemical cues during mating.`\n- `Amphibians that escape their enclosure or receive poor care commonly become dehydrated (desiccate), because they readily lose moisture through their skin.`\n- `Giving amphibians a thermal gradient within their preferred optimal temperature zone (POTZ) lets most species regulate their own body temperature.`\n- `Tailed amphibians (caudatans, e.g. salamanders) prefer noticeably cooler temperatures than tailless ones (anurans, e.g. frogs).`\n- `Most adult terrestrial and aquatic amphibians eat invertebrates — earthworms, bloodworms, black worms, white worms, tubifex worms, springtails, fruit flies, fly larvae, mealworms, and crickets.`\n","sources":["exotic-behavior — Amphibian behavior — class-level overview (activity patterns, communication, skin sensitivity, foraging, thermal behavior) (retrieved 2026-08-16)"],"source":{"authority":"exotic-behavior","title":"Amphibian behavior — class-level overview (activity patterns, communication, skin sensitivity, foraging, thermal behavior)","url":"","retrieved":"2026-08-16","ref":"","doc_type":"official source","source_document":"Amphibian behavior — class-level overview — derived class-level overview","verification_file":"web/topics/exotic-behavior/exotic_pet_behavior_axolotl/01_exotic_pet_behavior_axolotl.md"},"source_document":"Amphibian behavior — class-level overview — derived class-level overview","source_file":"web/topics/exotic-behavior/exotic_pet_behavior_axolotl/01_exotic_pet_behavior_axolotl.md","trust":{"authority_tier":"ungraded","fidelity":"verbatim","license":"derived","display_grade":"pending"},"tokens_estimated":350,"generated_at":null,"tip":"Use /api/v1/topics to discover more topics. /api/v1/nutrient for precise single-point queries. /api/v1/cross_compare for 2-3 standard comparisons."}