Septic in Yates Center, KS

Last updated: Mar 21, 2026

Yates Center folks know a good, straightforward answer beats guesswork any day. In town and nearby countryside, many homes rely on a septic system that's quietly doing its job beneath the yard, away from the bustle of the street. That practical approach is part of what makes living here comfortable and affordable.

Is septic common in Yates Center? Should I expect septic if I own or buy a home?

Yes—septic systems are common in Yates Center, especially for properties that aren't connected to a public sewer line. If you own or buy a home in the surrounding area or on the outskirts of town, you'll likely encounter a septic tank and drain field. Inside the city limits, there are some homes tied into municipal sewer, but it's not universal. The best first step when you're shopping is to check the property disclosures and confirm whether the home is on city sewer or a septic system.

Why homes typically use septic systems in Yates Center

  • Rural layout and development pattern: Not every street or subdivision has access to a sewer main, so many homes rely on on-site systems.
  • Cost and practicality: Extending sewer lines across rural or semi-rural lands can be costly and disruptive; septic offers a practical, self-contained solution.
  • Soil and groundwater considerations: Septic systems are designed to work with the local soils and groundwater, provided they're sized and maintained correctly.
  • Water supply protection: Properly functioning septic systems help protect wells and local drinking water by treating wastewater on-site.

High-level explanation (why septic exists here)

A septic system is a simple, local way to treat household wastewater when centralized sewer service isn't available or isn't cost-effective. A tank separates solids from liquids, and the drain field lets the liquid gently percolate into the soil. The soil then acts as a natural filter, helping to break down waste before it reaches groundwater. In Yates Center's mix of soil types and housing patterns, a correctly designed and well-maintained septic system is often the most sensible, long-term choice. Keeping that system healthy means paying attention to both the tank and the field, and recognizing your home's unique site conditions.

What to keep in mind for maintenance (quick, practical tips)

  • Schedule regular pumping every 3–5 years (or as recommended by your local pro) based on tank size and household use.
  • Minimize heavy chemical cleaners, fats, oils, and non-biodegradable items from going down the drain.
  • Protect the drain field: avoid parking, heavy loads, and planting deep-rooted trees or shrubs over the field.
  • Watch for warning signs: slow drains, gurgling toilets, or damp spots above the drain field deserve prompt attention.

A friendly neighbor's note: I'm here to help you understand your system's needs and keep it working smoothly, so you can focus on home and family right here in Yates Center.

Where Septic Systems Are Common in Yates Center

Map of septic coverage in Yates Center, KS

In-town vs. rural areas

  • Within Yates Center city limits, some properties are served by municipal sewer, but many residents outside the core town rely on septic systems.
  • Rural homes and farms west, east, or north of the town center are typically on individual septic systems rather than a central sewer line.
  • Older homes built before sewer lines were extended are common septic users, especially on larger lots.
  • Small rural subdivisions and unsewered pockets around Yates Center commonly rely on on-site wastewater treatment.

Soil and site conditions that influence septic use

  • Soils with adequate absorption (loam or sandy loam) support reliable septic drain fields when properly designed.
  • Moderate groundwater and reasonable setbacks from wells and streams help septic systems function safely.
  • Gentle slopes and well-drained areas reduce the risk of surface runoff and effluent pooling.
  • Areas with dense clay, high water tables, or bedrock may still use septic but often require specialized designs (for example, mound systems or deeper trench layouts) to meet safety standards.

Where around Yates Center septic is most common

  • The outskirts of Yates Center and surrounding rural parcels where public sewer access isn't available.
  • Properties with larger lot sizes that can accommodate a drain field without close proximity to wells or structures.
  • Homes and farms that were built before centralized sewer expansion or that are not connected to municipal service due to zoning or cost considerations.
  • Seasonal dwellings or rental properties where a full-scale municipal connection isn't practical or available.

How to confirm your property's sewer status

  • Check with the City of Yates Center (if inside city boundaries) and Woodson County records for sewer service maps.
  • Look for indicators of a septic system on the property: a visible septic tank lid, inspection risers, or a drain field area.
  • If you're unsure, hire a licensed septic designer or contractor to perform a site evaluation and design a compliant system.

Practical steps for homeowners

  1. Verify sewer availability for your address with local officials.
  2. If unsewered, plan a site evaluation with a licensed designer to determine soil suitability and system size.
  3. Obtain required permits from the Kansas Department of Health and Environment (KDHE) or your county health department before installation.
  4. Schedule regular maintenance checks to keep the system functioning and protect wells and water quality.

When to involve official resources

  • For design standards, permitting, and safety guidelines, use state and federal resources to guide decisions.
  • Engage with local health authorities for inspections and compliance to avoid fines or environmental issues.

Resources:

Septic vs Sewer: What Homeowners in Yates Center Should Know

How a septic system works

  • An on-site septic system treats wastewater on your property. It typically includes a septic tank and a drain field.
  • Wastewater flows from the house into the septic tank, where solids settle to the bottom and fats and oils rise to the top.
  • The liquid effluent then drains through pipes into a drain field where soil and microbes further treat it before it reenters the ground.
  • Regular pumping and proper maintenance extend the life of the system, which for most homes is 20–40 years depending on soil, usage, and care.

How a municipal sewer works

  • In areas served by a city or county sewer, your home connects to a shared sewer main that carries wastewater to a centralized treatment plant.
  • The system is funded through monthly sewer bills, rather than out-of-pocket pump-outs and surprise repairs.
  • The treatment plant handles solids removal, disinfection, and discharge or reuse according to local regulations.
  • System reliability depends on the community's maintenance program and capacity.

Pros and cons to consider in Yates Center

  • Septic system pros
    • Greater independence from a municipal utility.
    • No monthly sewer bill for a household that has not connected to a sewer.
    • Potentially lower long-term operating costs if well maintained.
  • Septic system cons
    • Requires regular maintenance and inspections.
    • Larger upfront cost for installation and occasional replacement.
    • Sensitive to soil conditions and local usage patterns.
  • Sewer pros
    • No on-site pumping or field maintenance to manage.
    • Centralized treatment reduces individual risk if your system fails (though failures can still affect the community).
  • Sewer cons
    • Monthly or quarterly bills can be substantial over time.
    • If the municipal system has limited capacity or outages, service can be interrupted.

Costs and long-term considerations

  • Septic installation and replacement costs vary with soil, size, and local permitting, often ranging widely depending on site conditions.
  • Ongoing septic maintenance includes periodic pumping (every 3–5 years for many homes) and professional inspections.
  • Sewer connections involve hookup fees and ongoing monthly charges based on usage and local rates.
  • Long-term planning should account for potential drain-field replacement, which may be required after several decades.

Maintenance and care for septic systems

  1. Conserve water to reduce load on the system.
  2. Use only septic-safe products and avoid garbage disposals for non-organic waste when possible.
  3. Don't flush items that clog or damage the system (fluorescent pads, chemicals, solvents, wipes).
  4. Protect the drain field: keep vehicles and heavy equipment off it, and plant only shallow-rooted vegetation above it.
  5. Schedule professional inspections every 1–3 years and pump the tank as recommended by a licensed technician.
  6. Keep a record of all maintenance and any local permit requirements.

Warning signs and common problems

  • gurgling sounds in drains or toilets backing up
  • wet, spongy, or unusually green areas above the drain field
  • strong or unusual odors around the home or yard
  • sewage backups in sinks or toilets after heavy use
  • high water bills without a clear cause

When to connect or pump: practical steps

  1. Confirm whether your home is on a municipal sewer or a septic system (check with your city or county public works department or a licensed contractor).
  2. If on septic, schedule a professional inspection and pumping based on usage and tank size.
  3. If your area plans to connect to a sewer system, consult the local municipality about timelines, connection costs, and required upgrades.
  4. For official guidance, consult national and state resources to understand best practices and regulatory requirements.

Official resources:

  • EPA: Septic systems overview and maintenance tips — https://www.epa.gov/septic
  • Kansas Department of Health and Environment (KDHE) – On-site Wastewater Systems (search for program details on-site wastewater) — https://kdhe.ks.gov/

Typical Septic System Types in Yates Center

Conventional septic system (drainfield)

  • How it works: Wastewater flows from the house into a buried septic tank where solids settle. Liquid effluent exits to a soil-based drain field for treatment as it percolates through the soil.
  • Parts you'll see: septic tank, distribution box (or tee), and drain field trenches or beds with perforated pipes.
  • Typical sizing and use: Common for many 3–4 bedroom homes; tank sizes often around 1,000–2,000 gallons, sized by number of bedrooms and anticipated wastewater flow. Your local inspector or KDHE guidance can confirm the right size for your property.
  • Maintenance basics: pump the tank every 3–5 years (or per your system's schedule), minimize water use, don't put grease, chemicals, or non-septic items down the drain, and avoid driving or planting heavy roots over the drain field.
  • Pros/cons: Usually the most economical, when soils and groundwater conditions are favorable. Performance depends heavily on proper soil absorption and regular pumping.

Mound system (raised drainfield)

  • Why it's used: When native soil is too shallow, or groundwater/bedrock are too close to the surface, a raised sand bed is created to treat effluent before it's returned to the ground.
  • How it works: A shallow trench is filled with a sand layer atop a gravel layer, with perforated pipes distributing effluent into the mound. A surface cover and vegetation help protect and filter.
  • Maintenance and considerations: Requires more steady maintenance and professional oversight, but can be a practical option in challenging soils. Soil and groundwater protection remain the goal; keep loads balanced and avoid compacting the mound.
  • Pros/cons: Allows installation where conventional systems won't work, but upfront cost is higher and design/installation must follow local regulations.

Sand filter system

  • What it is: A pretreatment step that uses a sand filtration bed to further treat effluent before it reaches the distribution area.
  • How it's used: Often selected when soils don't provide adequate natural treatment, or when a smaller drain field is needed. Treated effluent then passes to a drain field or final infiltration area.
  • Maintenance: Regular inspection of the filter bed, keeping surface inlets clear, and periodic pumping as recommended by the installer or KDHE guidelines.
  • Pros/cons: Can improve effluent quality and reduce field demand in tough soils; higher maintenance and installation costs than a conventional system.

Aerobic Treatment Unit (ATU)

  • What it is: A small, electrically powered wastewater treatment unit that provides enhanced aerobic treatment before discharge to a conventional or secondary treatment field.
  • How it works: Oxygen is added to improve microbial breakdown, producing a cleaner effluent than a typical septic tank alone.
  • Maintenance and service: Requires regular service by a licensed provider, electricity, and annual or periodic pumping of accumulated solids per the manufacturer's and KDHE guidance.
  • Pros/cons: Produces higher-quality effluent and can allow for smaller or more adaptable drain fields, but needs power, routine service, and can be more expensive to install and operate.

Holding tanks and other non-traditional options

  • When they're used: In areas where onsite disposal isn't permitted or during certain time-limited situations (temporary dwellings, permits pending expansion, or planned municipal connections).
  • How they work: Waste collects in a tank and is pumped out regularly by a service provider; there is no final drain field on site.
  • Maintenance: Very regular pumping and professional disposal; odor management and well-maintained access are important.
  • Maintenance mindset for Yates Center systems (across types): Regular inspections, timely pumping, and thoughtful water use protect soil absorption and groundwater. Always follow local permits and the system manufacturer's recommendations.

Resources:

Common Septic Issues in Yates Center

1) Slow drains and standing water from clay-heavy soils

In Yates Center, many properties sit on dense, clay-rich soils that drain slowly. This can overwhelm even a properly installed system, leaving you with gurgling toilets, slow sinks, and wet areas above or near the drainfield.

  • Symptoms:
    • Slow drains, backups, and toilets that take longer to flush
    • A soggy, spongy patch over the drainfield or a smell in the yard
  • Why it happens:
    • Low percolation rates mean effluent sits in the soil longer, reducing treatment and increasing surface moisture.
  • Why it's common here:
    • Regional soil profiles in this part of Kansas often include clay layers that impede rapid drainage after rainfall.
  • What to do (steps):
    1. Schedule a professional soil investigation to measure percolation rates and determine proper field sizing.
    2. Consider a drainfield redesign or expansion (e.g., additional trenches, sand media, or a mound system) if the current field is undersized for your household.
    3. Pump the tank on a regular schedule (as recommended by a licensed septic professional) and spread out large water uses.
    4. Limit high-water-use activities during wet periods to reduce load on the system.
  • Prevention tips:
    • Keep the drainfield clear of driveways, sheds, and heavy activity.
    • Use water-saving fixtures and stagger laundry and dishwasher use.

2) Drain field saturation after heavy rains or spring thaws

Heavy rain events and seasonal thaw can saturate the drainfield, causing slow drainage, odor, and surface wet spots.

  • Symptoms:
    • Pooling water near the septic area
    • Unpleasant odors in the yard or near the drainfield
  • Why it happens:
    • Saturated soils reduce the system's ability to absorb effluent, leading to backups or surface leakage.
  • Why it's common here:
    • Kansas springs can bring intense rainfall; clay soils compound saturation issues.
  • What to do (steps):
    1. Conserve water during and after rainfall to lessen loading on the system.
    2. Have a septic professional assess for compromised components (pipes, tees, distribution box).
    3. Check for surface runoff that may be diverting water onto the drainfield; correct grading if needed and allowed by code.
    4. If problems persist, explore drainfield relocation or upgrading to a more robust design.
  • Prevention tips:
    • Redirect downspouts away from the drainfield and keep vehicles off the field.

3) Freeze-thaw damage and frost heave in winter

Cold Kansas winters bring freeze-thaw cycles that can shift tanks and buried lines, leading to misalignment, cracks, or dropped drainage.

  • Symptoms:
    • Cracks or settling around the tank, unusual odors, or sudden backups after a freeze-thaw period
  • Why it happens:
    • Ground movement from freezing soil can disturb the buried components of a septic system.
  • Why it's common here:
    • Repeated freezing and thawing are typical in this region, stressing older or marginally buried systems.
  • What to do (steps):
    1. Insulate exposed piping and ensure venting is intact to prevent freezing.
    2. Have a technician inspect for misalignment or cracks after extreme cold or ground movement.
    3. Schedule maintenance before winter to catch potential issues early.
  • Prevention tips:
    • Avoid parking or heavy equipment over the system in winter; keep trees and shrubs away from the area to prevent root movement.

4) Tree roots invading septic components

Proximity to mature trees can lead to root intrusion into pipes, entering the septic tank, or clogging distribution lines.

  • Symptoms:
    • Slow drainage, gurgling, or backups, often with outdoor symptoms near the system
  • Why it happens:
    • Roots seek moisture and can physically damage pipes, tees, and baffles.
  • Why it's common here:
    • Rural lots in and around Yates Center frequently have established trees near utilities and leach fields.
  • What to do (steps):
    1. Have roots inspected by a professional and identify intrusion points.
    2. Install root barriers or relocate plants to a safe distance.
    3. If intrusion is extensive, a system replacement or redesign may be needed.
  • Prevention tips:
    • Plant trees away from the drainfield and consider mature-tree management if roots threaten the system.

5) Aging systems and undersized designs on older properties

Older homes often have smaller tanks or fields sized to outdated standards, making them more prone to rapid loading and failure.

  • Symptoms:
    • Frequent pumping, backups, or failing after guests or heavy water use
  • Why it happens:
    • Original tank and field sizing may not meet current household needs or soil conditions.
  • Why it's common here:
    • Greenwood County has older homes where the original septic design was based on smaller family sizes or different usage patterns.
  • What to do (steps):
    1. Have a professional evaluate current tank capacity and leach field performance.
    2. Plan a replacement or expansion if the system cannot handle contemporary usage.
    3. Implement a maintenance schedule and water-use plan to extend life.
  • Prevention tips:
    • Regular pumping, annual inspections, and mindful water use help prevent early failures.

Official resources:

Septic Inspection, Permits & Local Oversight

What oversees septic permits in Yates Center

In Kansas, on-site wastewater systems are regulated at the state level by KDHE and locally enforced by county health departments. In Yates Center (Woodson County), the Woodson County Health Department typically handles installation permits, plan reviews, and inspections to ensure compliance with the Kansas Sanitary Code and KDHE guidelines. The state sets the standards; the county enforces them on the ground.

When you need a permit or inspection

  • New system installations, replacements, or major repairs require a permit.
  • If you're building, buying, or renovating a home with a septic system, check permit history and any recent inspections.
  • Some site work or plumbing changes may trigger local permit or inspection requirements.

How to obtain a permit

  1. Contact Woodson County Health Department to confirm permit requirements, applicable fees, and the process.
  2. Hire a licensed septic designer/installer to evaluate the site: soil tests (percolation tests), drainage patterns, groundwater proximity, and lot constraints.
  3. Prepare a system plan that shows tank size, drainfield type, number of trenches or beds, and setbacks from wells, water lines, and property lines.
  4. Submit the permit application along with plans and any soil reports to the county health department; pay the required fees.
  5. The county (and sometimes KDHE) reviews the plans. You may be asked for additional information or revisions.
  6. After approval, schedule inspections through the issuing office and keep all permit paperwork accessible.

Inspections during installation and after completion

  • Pre-installation site and trench inspection: verify location complies with setbacks and zoning.
  • Tank installation inspection: confirm proper placement, orientation of baffles, and correct inlet/outlet connections.
  • Drainage and backfill inspection: ensure correct trenching, pipe grade, slope, and backfill material.
  • Final inspection: confirm the system is operational, all components are in place (tanks, lids, distribution box, cleanouts), and paperwork is filed.

What the inspections cover

  • Compliance with Kansas Sanitary Code, soil suitability, and correct system design.
  • Proper tank placement, access risers, venting, and lid security.
  • Adequate separation from wells, streams, and property lines; correct pump and waste lines.
  • Functionality tests or pressure tests as required by local or state guidelines.

Local oversight you should know

  • KDHE sets statewide standards for on-site wastewater systems; county health departments enforce them locally.
  • Woodson County Health Department is the primary local contact for permits, inspections, and compliance in Yates Center.
  • Some properties may also involve the county building or planning office, especially if site work overlaps with other permits.

Helpful tips and practical reminders

  • Build a file: keep copies of all permits, plans, inspection reports, and pump/maintenance records.
  • If purchasing a home, request the full permit history and any repair/inspection notes related to the septic system.
  • Maintain the system: schedule regular pumpouts and annual check-ins to catch issues early and keep records up to date.

Resources

  • KDHE On-Site Wastewater Systems:
  • KDHE (main):

Septic Maintenance for Homes in Yates Center

Understanding Yates Center's soil and climate

Yates Center properties sit in a region with variable soils and distinct seasonal weather. Many yards have clay-rich soils that drain slowly, especially after spring rains, which can influence how well a drain field handles wastewater. Freezing winters and thaw cycles can also affect the soil's ability to absorb water. In short, drainage and seasonal saturation drive how you should care for your system.

  • Key local factors to watch:
    • Soil drainage and percolation rates in your yard
    • Depth to groundwater and seasonal water table fluctuations
    • Proximity of trees and shrubs whose roots can intrude on the absorption area
    • Local rainfall patterns and potential surface ponding after storms
  • What this means for maintenance: baseline two important practices are regular inspections and careful water use to keep solids out of the tank and the drain field from becoming oversaturated.

Regular inspections and pumping schedules

Routine checks and timely pumping are the backbone of a healthy septic system in Yates Center.

  • How often to pump
    • Typical homes: every 3–5 years, depending on tank size, household size, and equipment (garbage disposals, etc.).
    • If you have a small tank or heavy use, more frequent pumping may be needed.
  • What to do
    1. Hire a Kansas-licensed septic pumper with experience in the local soils.
    2. Schedule a pumping visit and request an internal inspection of baffles and the outlet.
    3. Have the contractor confirm soil absorption responsiveness and note any signs of distress.
    4. Keep a simple service log for future reference.
  • What to expect during service
    • Removal of settled solids (sludge) and scum
    • Visual check of tank integrity and baffles
    • Recommendations if the absorption area looks stressed or if odors arise

Water usage habits that protect your system

Smart water use reduces solids buildup and keeps the drain field from saturating during wet periods.

  • Practical habits
    • Stagger laundry and heavy water uses (avoid multiple loads back-to-back)
    • Use high-efficiency toilets, faucets, and showerheads
    • Fix leaks promptly and avoid running water wastefully
    • Consider minimizing or timing garbage disposal use
  • What to avoid
    • Pouring fats, oils, or grease down drains
    • Dumping harsh chemicals, solvents, paints, or non-biodegradable cleaners down the drain
    • Using septic tank additives without a professional recommendation

Protecting the drain field in our clay soils

The drain field is the heart of the system — it needs gentle treatment, especially in clay soils common around Yates Center.

  • Protective measures
    • Don't drive or park on the absorption area; keep heavy loads off and avoid compacting the soil
    • Plant only shallow-rooted, non-invasive grasses over the field; keep trees and large shrubs away
    • Maintain a reasonable setback from wells and foundations as required by local codes
  • Landscaping tips
    • Avoid installing impermeable hardscape over the absorption zone
    • Create a buffer with turf that tolerates occasional wet conditions without compacting the soil

What to do during heavy rainfall and flooding

Wet spells can overwhelm an absorption area quickly in clay soils.

  • Immediate steps
    • Limit water use during and after heavy rain to reduce load
    • If surface pooling appears near the field, avoid driving over that area and monitor for odors
  • Longer-term considerations
    • If the drain field remains soggy for an extended period, contact a licensed professional to evaluate soil health and potential remediation needs
    • Ensure downspouts and surface runoff are directed away from the drain field

Troubleshooting common issues in Yates Center

Watch for these signals and respond early to protect your system.

  • Early warning signs
    • Toilet gurgling, slow drains, or sewage odors indoors
    • Lush, unusually green patches over the drain field with soft ground
    • Standing water or damp, foul-smelling areas near the tank or absorption zone
  • Immediate actions
    • Don't pump out if the tank isn't due; consult a licensed pro to assess the absorption area
    • Restrict water use and avoid adding chemical cleaners until evaluated
    • Schedule a professional evaluation if you notice persistent problems

Resources and official guidance

Cost Expectations for Septic Services in Yates Center

Pumping and Desludging

  • What it includes: removing settled solids from the septic tank, inspecting baffles, and confirming tank condition; recommended every 2–3 years for typical households.
  • Yates Center specifics: rural homes and older tanks are common, with travel time and winter access sometimes affecting scheduling.
  • Typical cost in Yates Center: roughly $250–$450 for a standard 1,000–1,500 gallon tank; $50–$150 extra for a second tank or tough access; travel surcharge may apply.

System Inspections and Real Estate Transfers

  • What it includes: full functional check, dye test if needed, lid and baffle inspection, review of as-built records, and a formal report for buyers.
  • Yates Center specifics: homes older than 20 years are common; buyers often need quick turnaround and KDHE-aligned documentation.
  • Typical cost in Yates Center: about $150–$350; expedited service may run $50–$100 more.

Installations and Replacements

  • What it includes: site evaluation, soil testing, system design, permits, tank and drainfield installation; may involve an atypical design like a mound if soil conditions require.
  • Yates Center specifics: clay soils and variable moisture can drive design choices; permits typically come from KDHE or the local county health office.
  • Typical cost in Yates Center: conventional systems generally $8,000–$15,000; higher for drainfield upgrades or mound systems, $15,000–$40,000+.

Repairs and Drainfield Work

  • What it includes: fixing cracked pipes or fittings, replacing faulty baffles or effluent filters, repairing the distribution box, and lid/cleanout work; may involve further diagnostics (e.g., camera review).
  • Yates Center specifics: older clay soils increase the likelihood of drainfield challenges; some repairs may require more extensive excavation.
  • Typical cost in Yates Center: $300–$2,500 for simple repairs; drainfield replacement or major remediation $6,000–$20,000+.

Perc Tests and Soil Evaluations

  • What it includes: soil sampling and percolation testing to determine absorption capacity; used to guide system design and permit approval.
  • Yates Center specifics: essential for new builds or expansions; soil results influence whether a conventional system or alternative design is needed.
  • Typical cost in Yates Center: $150–$500 per test; combined with design work can be higher.

Permitting and Inspections

  • What it includes: permit applications, plan reviews, scheduling inspections, and final approval.
  • Yates Center specifics: permits are issued by KDHE or the Woodson County health department depending on project type; ensure compliance with local regulations.
  • Typical cost in Yates Center: $300–$1,200 for permits; inspection fees vary by project size.

CCTV Camera Inspections

  • What it includes: high-definition video survey of pipes to identify cracks, blockages, root intrusion, or misaligned laterals.
  • Yates Center specifics: especially helpful for older systems hidden underground; reduces guesswork before major repairs.
  • Typical cost in Yates Center: $400–$900.

Maintenance Plans and Education

  • What it includes: annual service, status checks on lids and pumps, filter maintenance guidance, and seasonal recommendations.
  • Yates Center specifics: cold winters and heavy rainfall patterns can stress systems; many homeowners opt into annual plans to avoid surprises.
  • Typical cost in Yates Center: $150–$350 per visit; annual packages often $350–$800.

Resources: