Bainbridge Tomorrow

Climate

Bainbridge experiences a humid subtropical climate characterized by hot, humid summers and mild to cool winters. During the summer, temperatures in Bainbridge typically range from the mid-80s to the mid-90s Fahrenheit (29-35°C), with occasional heatwaves pushing temperatures above 100°F (38°C). The high humidity often makes it feel hotter, and frequent afternoon thunderstorms contribute to an annual average rainfall of about 50 inches (1270 mm). Winters in Bainbridge are mild, with average high temperatures ranging from the mid-50s to mid-60s Fahrenheit (13-18°C). Overnight lows occasionally dip below freezing, but extended cold spells are rare. Precipitation is less frequent in winter, and snowfall is extremely rare.

Spring and fall in Bainbridge are transitional seasons with moderate temperatures. Spring temperatures rise from the 60s to the 80s Fahrenheit (15-30°C), while fall temperatures cool from the 80s to the 60s Fahrenheit (30-15°C). Both seasons experience rainfall, but it is generally less intense than in summer. Spring can bring occasional severe weather, including thunderstorms and tornadoes.

Bainbridge’s proximity to the Gulf of Mexico results in relatively high humidity levels year-round. Like much of Southwest Georgia, Bainbridge can be affected by tropical storms and hurricanes during the Atlantic hurricane season, which runs from June 1 to November 30. Although Bainbridge is not on the coast, these storms can bring heavy rain, strong winds, and occasional flooding. This is a typical pattern for inland areas in the southeastern United States, which can experience the remnants of coastal hurricanes and tropical storms. Bainbridge can also experience periodic droughts, particularly in late summer and early fall, affecting agriculture and water resources. Prolonged periods of extreme heat in summer pose health risks and stress local water and energy resources.

The climate in Bainbridge is relatively predictable in terms of seasonal patterns, though larger climatic influences, such as El Niño and La Niña events, can impact precipitation and temperature patterns. Bainbridge’s climate supports a diverse range of agricultural activities, including cultivating peanuts, cotton, pecans, and forestry. The warm climate allows for a long growing season, benefiting various agricultural operations. The Flint River bisects Bainbridge, provides scenic beauty and recreational opportunities, and plays a crucial role in the local ecosystem and water management practices.

Firststreet.org considers Bainbridge at extreme risk of high wind events based on the projected likelihood and speed of hurricanes, tornadoes, and severe storm winds.

The Georgia Emergency Management and Homeland Security Agency identifies June to November as hurricane season, with most severe storms occurring between August and October. The Atlantic coast is more likely to suffer the extreme effects of high winds from hurricanes or tropical storms. However, the Peach State is still susceptible to significant impacts from tropical storm remnants and systems that make landfall along the Gulf Coast or Southeast Coast. South Georgia can experience significant effects, particularly from heavy rainfall leading to flood conditions. Despite being inland, cities like Bainbridge, Albany, and Valdosta have experienced substantial damage from hurricanes. Some of the worst damage in the past decades has come from inland flooding along rivers after hurricanes move ashore.

Major past tropical storm events include a 1941 storm with recorded wind speeds in Bainbridge of 155 miles per hour. Tropical Storm Alberto in July 1994 required the evacuation of 300 homes in Bainbridge due to rising flood waters on the Flint River. Hurricane Michael in October 2018 maintained Category 3 status, devastating Decatur County through high winds and causing extensive damage to trees and crops. 

The hurricane risk graphic is a valuable tool for visualizing risk, but hurricanes are unpredictable and can cause damage in areas not typically prone to such events. The recent early Hurricane BeryI in June and July 2024 created extensive flooding in Houston, Texas. Therefore, preparedness is crucial.

Twelve significant tornado events with a magnitude of 2 or above were observed in Decatur and Seminole Counties between 1950 and 2010. All were within 15 miles of the city. The National Weather Service also tracked six tornados in Decatur County since2010, including an EF-1 storm along Spring Creek Road in 2019 and an EF-0 storm that uprooted trees and damaged roofs from Evans Street to Albany Road in 2020.

Factors contributing to wind damage vulnerability in Bainbridge include the quality of construction and reducing the angle of incidence between a structure and the wind. Other preparatory actions may include limiting potential debris, protecting utilities and public infrastructure from wind events, maintaining updated construction codes, and using construction materials that can help reduce damage.

Although the city is a river town, Bainbridge has a moderate risk of flooding. Firststreet.org identifies approximately 27.6% of all properties in Bainbridge at risk of flooding over the next 30 years. Specific flood events were not detailed. The most likely cause of flooding is excessive precipitation in a short time frame. This leads to pooling and backed-up storm drains on property, roadways, and parking areas. The city engineer’s stormwater management program provides planning and engineering to reduce the impacts of storm-event flooding.

The number of poor air quality days with an Air Quality Index (AQI) rating over 100 is currently five days per year compared to 15 years ago when the city had seven AQI days above 100. The AQI is not expected to increase, assuming U.S. regulations for preventing air pollution and support for low-emission technologies continue to reduce the particulate matter and ozone in the air.  Bainbridge has better air quality than 75% of the other cities in Georgia and is considered at a moderate risk of poor air quality.

Four significant wildfires were recorded near Bainbridge between 1984 and 2021, and a wildfire covering two square miles in April 2005 impacted four buildings in the city. The city fire department and public safety are the primary advocates for fire protection, and wildfirerisk.org provides additional community tools to address wildfire risk and evacuation and safety protocols. 

Bainbridge is considered to face severe risk factors due to heat. All properties within the city are at risk when dangerously hot days and heatwaves occur. Temperatures exceeding 90o degrees (Fahrenheit) are dangerous for high-risk individuals, and 100o F is dangerous for everyone.  Bainbridge experiences approximately 135 days a year with temperatures above 90oF and 20 to 30 days per year with ambient temperatures above 100oF. A severely hot day is when the “feels like” temperature reaches 109 degrees Fahrenheit. Bainbridge currently experiences approximately seven severe days each year. However, the projected climate assumes the city will experience up to 19 severe days annually. Key vulnerability issues include construction materials that trap heat, spacing, distance to water and vegetation, and human activities that release heat as aby-product. 

The Decatur County Emergency Management Agency serves Bainbridge and Decatur County to coordinate the response of local agencies in an emergency. The Georgia Emergency Management and Homeland Security Agency (GEMA/HS) and the Georgia Department of Transportation (GDOT) provide statewide planning and emergency measures to help minimize uncertainties and the potential chaos created by a major storm event or other possible disasters.  Georgia DOT identifies a response timeline beginning as soon as NOAA and the National Weather Service identify a potential storm event and continuing through 24 to48 hours after the storm when teams start to clean up debris and reopen access. GEMA and its federal partner, FEMA, may provide services for an extended period post-event to support state and local agencies in initiating response and recovery. 

El Niño is a climate pattern that describes the unusual warming ofsurface waters in the eastern equatorial Pacific Ocean. This warming caninfluence weather and climate patterns around the world. El Niño typicallyleads to drier conditions in the Western Pacific and wetter conditions in theEastern Pacific. It can also influence the development and intensity oftropical storms and hurricanes, often leading to fewer hurricanes in theAtlantic but more in the central and eastern Pacific. (El Niño and La Niña | National Oceanic and AtmosphericAdministration (noaa.gov))

La Niña is the opposite phase of El Niño and involves the coolingof surface waters in the central and eastern equatorial Pacific Ocean. La Niñagenerally brings wetter conditions to the Western Pacific and drier conditionsto the Eastern Pacific. It often results in an increased number of hurricanesin the Atlantic and fewer in the central and eastern Pacific. (El Niño and La Niña | National Oceanic and AtmosphericAdministration (noaa.gov))

Topography and Drainage

Bainbridge, Georgia, features relatively flat terrain with elevations ranging from approximately 72 feet to 308 feet above sea level, with an average elevation of around 121 feet.​ The city is situated within Decatur County and is characterized by a level topography conducive to various land uses, including residential, commercial, and industrial development​.

The drainage system in Bainbridge is significantly influenced by the Flint River, which bisects the city. The Flint River watershed covers a vast area —the river originates near the Atlanta Hartsfield Jackson International Airport in Clayton County, flowing southward through 15 counties, and ending when it converges with the Chattahoochee River at Lake Seminole on the Georgia-Florida border. Surface water runoff in Bainbridge generally flows south, eventually draining into the Flint River. This natural drainage pattern helps manage excess water, particularly during heavy rainfall and storm events, reducing the risk of flooding.

The region’s industrial parks, such as Downrange Industrial Park the Decatur County Industrial Park and the Commodore Industrial Park, benefit from the level topography, facilitating the development of these large industrial sites. These parks are strategically located to take advantage of the existing drainage patterns, ensuring efficient water management and minimizing the impact on surrounding areas​.

Water Quality & Management

The Flint River, which runs through Bainbridge, is a primary water source, significantly influencing local water quality. The US Geological Survey(USGS) monitors water quality parameters at the Flint River, including temperature, dissolved oxygen, specific conductance, pH, and nutrient levels, to ensure the water meets public and ecological health safety standards.​

To control pollution, Bainbridge adheres to guidelines set by the Environmental Protection Division (EPD) of Georgia and the Environmental Protection Agency(EPA), focusing on managing agricultural runoff, controlling industrial discharges, and monitoring urban stormwater runoff.​ The City of Bainbridge sources its drinking water from the Floridan Aquifer through groundwater wells. Water is treated at the well sites using chlorination and other processes to ensure it meets or exceeds state and federal safety standards. The City of Bainbridge Utilities staff conducts daily testing to maintain water quality. Annual Water Quality Reports are published to keep residents informed about the safety and composition of their drinking water.

Bainbridge also implements stormwater management systems to handle runoff effectively, using infrastructure such as retention basins and drainage channels to reduce flooding, minimize erosion, and prevent pollutants from entering water bodies​. The city’s wastewater treatment facility treats sewage and industrial wastewater before releasing effluent into the Flint River, ensuring treated effluent meets environmental standards​.​

Water conservation programs, including educational campaigns and incentives for using water-saving appliances, are promoted to encourage efficient water use among residents and businesses​. Despite these efforts, challenges such as nonpoint source pollution from runoff and the need for continuous infrastructure upgrades remain significant. Maintaining high water quality standards and implementing effective management practices are essential to ensuring the sustainability and health of local water resources in Bainbridge.​

Air Quality & Management

Air quality in Bainbridge, Georgia, is generally good, but specific environmental and management challenges exist. Primary sources of air pollution in Bainbridge include vehicle emissions, industrial activities, and agricultural practices, which release pollutants such as particulate matter(PM2.5 and PM10), nitrogen oxides (NOx), sulfur dioxide (SO2), carbon monoxide(CO), and volatile organic compounds (VOCs) into the atmosphere. Bainbridge experiences moderate air quality with occasional days of unhealthy air quality due to these pollutants.

Bainbridge adheres to standards the Environmental Protection Agency (EPA) sets to manage air quality and collaborates with the Georgia Environmental Protection Division (EPD). Strategies include promoting cleaner fuels, encouraging public transportation, and implementing regulations to control industrial emissions.

Efforts to reduce emissions from agricultural activities in Bainbridge, Georgia, include promoting best practices for pesticide and fertilizer use. These initiatives are part of broader state and federal programs to mitigate agricultural greenhouse gas emissions and enhance sustainability. The University of Georgia Cooperative Extension in Decatur County supports these efforts by providing resources and training to local farmers on sustainable agricultural practices, including integrated pest management and optimized nutrient management​.

To minimize farming's environmental impact while maintaining productivity, practices such as integrated pest management, cover cropping, and optimized nutrient management are encouraged. These measures help reduce emissions of pollutants like nitrous oxide, a significant greenhouse gas emitted from fertilizer use​.

Programs like the USDA’s Environmental Quality Incentives Program(EQIP) and Conservation Stewardship Program (CSP) offer technical and financial assistance to farmers to implement climate-smart practices.

These practices include cover cropping, conservation tillage, andnutrient management, which help reduce nitrous oxide emissions from fertilizersand improve soil health.​

Moreover, recent legislation signed by Governor Brian Kemp aims to strengthen Georgia's agricultural sector by promoting sustainable practices and conservation efforts. This includes creating funds to support farmland conservation and encouraging practices that reduce environmental impacts​.

Public awareness campaigns are a significant part of Bainbridge's air quality management strategy. These campaigns educate residents about the sources and effects of air pollution and encourage behaviors that can improve air quality, such as reducing vehicle idling and supporting local clean air initiatives. Continuous monitoring and reporting help track air quality trends and inform policy decisions to mitigate pollution.

Overall, Bainbridge strives to maintain and improve air quality through regulatory measures, technological advancements, and public education, ensuring a healthier environment for its residents. Regular monitoring and proactive management are essential to address potential air quality issues and maintain compliance with air quality standards.