Classification of bathing water quality

Background information on the topic Badewasserquality in the Landesportal

The following columns are included:

• 'BADEGEWAESSERID' - unique identification of the bathing water, see dataset master data
• '_VON ASSESSMENT PERIOD' - first year of the evaluation period
• 'ASSESSMENT PERIOD _BIS' - last year of the evaluation period
• 'CERTIFICATION OF A _ OR A _ EVALUATION' - Classification as a text under Article 5 of Directive 2006/7/EC (EC Bathing Water Directive)

The following classifications are possible:

• excellent (review only in case of change of classification)
• good (check at least every four years)
• sufficient (check at least every 3 years)
• defective (check at least every 2 years)
• changes
• new
• without evaluation

Character set is ISO-8859-1, column separator is pipe, string separator is double quote (").

For a complete view of bathing water quality in Schleswig-Holstein, these five datasets should be included:

• master data
• Bathing water quality classification
• Information on existing infrastructure
• season period
• Measurements

Contaminant measurements for the Bath Water District, ME public water system from its 2023 Consumer Confidence Report, compared to federal limits.

Quantities of human DNA, DNA degradation indices, and STR profiling results from water samples collected at drowning sites. Case numbers correspond to those in Table 1.

Bathing water master data in Schleswig-Holstein

The following columns are included:

• 'BADEGEWAESSERID' - General bathing water identification code
• 'BADEGEWAESSERNAME' - Full name of bathing water
• 'Short name' - Short name of the bathing water
• 'GENERAL _GEBRAEUCHL _NAME' - Common name of bathing water
• 'WATER CATEGORY' - Type of water body in which the bathing water is located
• "CUREST WATER" - associated coastal waters (North Sea or Baltic Sea)
• 'BADEGEWAESSERTYP' - Bathing water status (existing or new)
• 'CONTINUED DESCRIPTION' - further description of the bathing water
• 'BADESTELLENLAENGE' - Length of the shoreline of the bathing site in metres
• 'EU REGISTRATION' - Date of notification to the EU
• 'EU deregistration' - time of deregistration to the EU
• 'FLUSSGEBIETSEINITID' - ID of the river basin district to which the bathing water belongs; Disclosure according to WFD reporting
• `FLUSSGEBIETSEINEINITNAME' - name of the river basin district to which the bathing water belongs; Disclosure according to WFD reporting
• 'WATER COERPERID' - ID of the body of water to which the bathing water belongs; Disclosure according to WFD reporting
• 'WATER COER PERNAME' - name of the body of water to which the bathing water belongs; Disclosure according to WFD reporting
• 'NATWATERKOERPERID' - ID of the national water unit to which the bathing water belongs
• 'NATWATERKOERPERNAME' - Name of the national water unit to which the bathing water belongs
• 'CLOSURE WOERTER' - on the search for bathing water in WISE (Water Information System for Europe)
• 'KREISNR' - the internal number of the district or non-district city responsible for monitoring the bathing water
• 'KREIS' - the name of the district or non-district city responsible for monitoring the bathing water
• 'COMMON' - internal number of the municipality where the bathing water is located
• 'COMMUNITIES' - Name of the municipality where the bathing water is located
• 'UTM _OST' - Legal value of the bathing water situation in the KBS (EPSG:4647, ETRS89 / UTM zone N32)
• 'UTM _NORD' - High bathing water status in KBS (EPSG:4647, ETRS89 / UTM zone N32)
• "GEOGR _LAENGE" - Longitude of the bathing water situation in the KBS (EPSG:4326, WGS 84)
• 'GEOGR _BREITE' - Latitude of bathing water location in KBS (EPSG:4326, WGS 84)
• 'BODY INFORMATION' - Tourist information on bathing water
• 'IMPACTS OF A _BADEGEWAESSER' - Indicate whether the bathing water is susceptible to deterioration
• 'MOVEABLE BODIES' - Indication of possible sources of pollution for bathing water

Character set is ISO-8859-1, column separator is semicolon, string separator is double quote (").

For a complete view of bathing water quality in Schleswig-Holstein, these five datasets should be included:

• master data
• Bathing water quality classification
• Information on existing infrastructure
• season period
• Measurements

In re Baby Bathwater Institute, LLC, Serial No. 88453378, Case No. 88453378-EXA in the USPTO Trademark Trial and Appeal Board.

This dataset provides information about the number of properties, residents, and average property values for Water Street cross streets in Bath, ME.

Recommended safe bathing water depth (in centimetres) for common UK garden bird species, derived from published body-length data and RSPB/BTO bird bath depth guidance. Includes body length and preferred bath type for each species.

The Japan bath bomb set market sits at the intersection of personal care, self-care wellness, and gift culture. Bath bombs—effervescent tablets containing citric acid and sodium bicarbonate—trigger a fizzy, fragrant, and often color-changing experience in hot bathwater. While functionally simple, the product has evolved into a design-led consumer good, marketed through visual appeal (“fizz porn” on social media), limited-edition drops, and subscription models. Japan’s long-standing bath ritual culture (ofur

Tablice dodane jako Supplementary Files do artykułu https://doi.org/10.1080/14614103.2018.1536500

Bath Thermometer Market Outlook

According to our latest research, the global bath thermometer market size reached USD 415 million in 2024, reflecting robust demand across multiple end-user segments. The market is expected to expand at a CAGR of 7.2% from 2025 to 2033, reaching an estimated value of USD 782 million by 2033. This impressive growth is fueled by heightened awareness of hygiene and safety, especially for infants and vulnerable populations, alongside technological advancements in digital and infrared thermometer design.

The primary growth factor driving the bath thermometer market is the increasing focus on infant and child safety among parents and caregivers. As consumers become more aware of the risks associated with improper bath water temperatures, particularly for newborns and young children, the demand for accurate and easy-to-use bath thermometers has surged. Additionally, the proliferation of health and wellness trends, coupled with the rise in nuclear families, has led to a greater emphasis on products that simplify daily routines while ensuring safety. The integration of smart technologies, such as Bluetooth connectivity and app-based monitoring, further enhances the appeal of modern bath thermometers, making them indispensable in contemporary households.

Technological innovation remains a significant catalyst for market expansion. The development of digital and infrared bath thermometers has revolutionized the user experience, offering rapid and precise readings that minimize the risk of scalding or discomfort. These advancements appeal to not only parents but also caregivers in healthcare and pet care settings, broadening the marketÂ’s reach. Manufacturers are also focusing on ergonomics, water resistance, and aesthetic designs, which add value and differentiate products in an increasingly competitive landscape. As consumer expectations evolve, the market is witnessing a shift from traditional analog devices to high-precision, feature-rich digital alternatives.

Another compelling growth driver is the expanding application of bath thermometers in healthcare and commercial settings. Hospitals, nursing homes, and childcare facilities are adopting these devices to comply with stringent hygiene protocols and ensure patient safety. The growing geriatric population, which is more susceptible to temperature-related complications, further fuels demand in healthcare environments. Additionally, the pet care industry is emerging as a noteworthy segment, with pet owners seeking specialized thermometers to maintain optimal bathing conditions for their animals. This diversification of end-user applications is expected to contribute substantially to the overall growth trajectory of the bath thermometer market.

In the realm of healthcare and commercial applications, the role of Water Baths is becoming increasingly significant. These devices are essential for maintaining precise temperature control in various settings, ensuring that bath thermometers provide accurate readings. Water baths are particularly useful in laboratory environments where they help in calibrating and testing the accuracy of bath thermometers. This ensures that the devices meet stringent quality standards, which is crucial for their application in sensitive environments like hospitals and childcare facilities. As the demand for reliable temperature monitoring grows, the integration of water baths in the production and testing phases of bath thermometers is likely to become more prevalent, enhancing the overall reliability and performance of these essential devices.

From a regional perspective, Asia Pacific is poised to dominate the bath thermometer market, driven by its large population base, rising disposable incomes, and increasing health consciousness. North America and Europe also represent significant markets, propelled by high product awareness and widespread adoption of advanced health and safety devices. The Middle East & Africa and Latin America are witnessing steady growth, supported by improving healthcare infrastructure and growing urbanization. The combination of these regional dynamics ensures a broad and sustained demand for bath thermometers globally.

Reference table of ASTM D1193-06 water quality parameters across Type I, Type II, Type III, and Type IV — covering conductivity, resistivity, pH, TOC, sodium, silica, and chloride limits, plus filtration and preparation requirements.

Reference table of ISO 3696:1987 water quality parameters across Grade 1, Grade 2, and Grade 3 — covering pH, conductivity (μS/cm), oxidisable matter, absorbance at 254 nm, residue after evaporation, and silica content.

Informacija apie maudykloje esančius infrastruktūros objektus.

Bendra informacija šia tema Badewasserquality Landesportal

Įtraukiamos šios skiltys:

• "BADEGEWAESSERID" - unikalus maudyklos vandens identifikavimas, žr. pagrindiniai duomenų rinkinio duomenys "INFRASTRUKTURID" - infrastruktūros rūšies identifikavimo kodas
• "INFRASTRUCTURE" - Tekstų infrastruktūra

Išvardijami šie infrastruktūros objektai:

• 1 Maudymasis be priežiūros 2 Badeno m. Zeitw. priežiūra
• 3 įėjimai
• 4 gultai be atspalvio
• 5 gultai su atspalviu
• 6 tualetai
• 7 dušai
• 8 persirengimo kambariai
• 9 automobilių stovėjimo aikštelė be mokesčių
• 10 automobilių stovėjimo vietų su mokesčiais
• 11 Paplūdimio kėdžių nuoma
• 12 kempingų
• 13 Grilis plotas
• 14 Žaidimų aikštelė 15 restoranų
• 16 kioskų
• 17 irklavimo
• 18 pedalų valtis
• 19 banglenčių
• 20 buriavimo
• 21 nudistų paplūdimys 22 šunų paplūdimys
• 23 belaidis internetas 24 Viešasis transportas
• 25 patekimas be kliūčių

Simbolių rinkinys yra ISO-8859-1, stulpelių skirtukas yra kabliataškis, eilučių skirtukas yra dviguba citata ().

Siekiant susidaryti išsamų vaizdą apie Šlėzvigo-Holšteino maudyklų vandens kokybę, reikėtų įtraukti šiuos penkis duomenų rinkinius:

• pagrindiniai duomenys
• Maudyklų vandens kokybės klasifikacija
• Informacija apie esamą infrastruktūrą
• sezono laikotarpis
• Matavimai

Klassificering av badvattenkvalitet

Bakgrundsinformation om ämnet Badewasserquality i Landesportalen

Följande kolumner ingår:

• 'BADEGEWAESSERID' - unik identifiering av badvattnet, se dataset master data _VON ASSESSMENT PERIOD - Utvärderingsperiodens första år
• "ÖVERVAKNINGSPERIOD _BIS" - utvärderingsperiodens sista år
• "CERTIFICATION OF A _ OR A _ EVALUATION" - Klassificering som en text enligt artikel 5 i direktiv 2006/7/EG (EG:s badvattendirektiv)

Följande klassificeringar är möjliga:

• utmärkt (översyn endast vid ändring av klassificering)
• bra (kontrolleras minst vart fjärde år)
• tillräckligt (kontrolleras minst vart tredje år)
• defekt (kontrolleras minst vartannat år)
• ändringar
• nya
• utan utvärdering

Teckenuppsättning är ISO-8859-1, kolumnavgränsare är rör, strängavgränsare är dubbelt citat (").

För att få en fullständig bild av badvattenkvaliteten i Schleswig-Holstein bör dessa fem datauppsättningar ingå:

• huvuddata
• klassificering av badvattenkvalitet
• Information om befintlig infrastruktur
• säsongsperiod
• Mätningar