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Sonora Sucker
scientific name common name Catostomus insignis Sonora sucker Bison code 010520 ______________________________________________________________ Official status Endemism ________________________ State AZ: threatened Colorado River Basin _______________________ Status/threats Dams, diversions, groundwater pumping and introduced species Distribution The species is widespread and abundant in the Gila and Bill Williams river drainages in Arizona and the Gila and San Francisco drainages in southwestern New Mexico. The species is widespread and abundant in the Verde and Gila headwaters. Habitat Streams and rivers from 300 to 3000 m in elevation, primarily in pool habitats. Pool habitats over sand gravel substrates. Life history and ecology Can attain a size of 0.8 m and a weight of greater than 2.0 kg. Used as food by early, primitive human populations. Food habits vary with availability. In one stream, Aravaipa Creek, it is principally a carnivore, whereas elsewhere in pool habitats diet consists of plant debris, mud, and algae. Observed to "suck" cottonwood seeds at surface as is common for the common carp. Young often feed in large schools at stream margins on micro-crustaceans, protozoans and other animal and plant groups. Breeding Similar to most slim-bodied suckers, the species spawns in smaller streams over gravel substrates. Males darken in color and often display extreme tuberculation. Males &(usually 2) flank a single, larger female. Gametes are emitted with considerable to extreme substrate agitation and fall into gravel interstices. Cleaning of gravels occurs much as reported for salmonid species. Key Habitat Components: pools with sand-gravel substrates for adults and shallow, low velocity riffles and backwaters for young Breeding season Protracted, from as early as January to February at low elevations to as late as July. -
Roundtail Chub Repatriated to the Blue River
Volume 1 | Issue 2 | Summer 2015 Roundtail Chub Repatriated to the Blue River Inside this issue: With a fish exclusion barrier in place and a marked decline of catfish, the time was #TRENDINGNOW ................. 2 right for stocking Roundtail Chub into a remote eastern Arizona stream. New Initiative Launched for Southwest Native Trout.......... 2 On April 30, 2015, the Reclamation, and Marsh and Blue River. A total of 222 AZ 6-Species Conservation Department stocked 876 Associates LLC embarked on a Roundtail Chub were Agreement Renewal .............. 2 juvenile Roundtail Chub from mission to find, collect and stocked into the Blue River. IN THE FIELD ........................ 3 ARCC into the Blue River near bring into captivity some During annual monitoring, Recent and Upcoming AZGFD- the Juan Miller Crossing. Roundtail Chub for captive led Activities ........................... 3 five months later, Additional augmentation propagation from the nearest- Department staff captured Spikedace Stocked into Spring stockings to enhance the genetic neighbor population in Eagle Creek ..................................... 3 42 of the stocked chub, representation of the Blue River Creek. The Aquatic Research some of which had travelled BACK AT THE PONDS .......... 4 Roundtail Chub will be and Conservation Center as far as seven miles Native Fish Identification performed later this year. (ARCC) held and raised the upstream from the stocking Workshop at ARCC................ 4 offspring of those chub for Stockings will continue for the location. future stocking into the Blue next several years until that River. population is established in the Department biologists conducted annual Blue River and genetically In 2012, the partners delivered monitoring in subsequent mimics the wild source captive-raised juvenile years, capturing three chub population. -
Historical Geomorphology of the Verde River
Historical Geomorphology of the Verde River by Philip A. Pearthree Arizona Geological Survey Open-File Report 96-13 June, 1996 Arizona Geological Survey 416 W. Congress, Suite #100, Tucson, Arizona 85701 Research conducted in cooperation with CH2MHILL as part of the basic data collection for assessment of river navigability in Arizona at the time of Statehood (1912 J. Funding was provided by the Arizona State Land Department This report is preliminary and has not been edited or reviewed for conformity with Arizona Geological Survey standards Introduction The Verde River drainage is a major river system that heads in Big Chino Valley in north central Arizona, flows generally southeast through the rugged terrain of central Arizona, and empties into the Salt River east of the Phoenix metropolitan area. It is unusual in Arizona because much the main channel of the Verde River is perennial for much its length. Data summarized in this report were gathered to aid in the assessment of the navigability of the Verde River in February, 1912, when Arizona became a State. These investigations were conducted in cooperation with CH2MHill and were funded by the Arizona State Land Department. The purposes of this report are to (1) outline the geologic and geomorphic framework of the Verde River, (2) to describe the physical character of the channel of the Verde River, and (3) to evaluate how channel morphology and position have changed in the past century. Physiography, Geology, and General Geomorphology of the River The Verde River heads in and flows through the rugged highlands and valleys of central Arizona (Figure 1). -
June 2021 Arizona Office of Tourism Monthly State Parks Visitation Report
June 2021 Arizona Office of Tourism Monthly State Parks Visitation Report Arizona State Park Visitation June June 2021 2020 YTD State Park % Chg 2021 2020 YTD YTD % Chg Alamo Lake SP 1,237 1,924 -35.7% 48,720 46,871 3.9% Buckskin Mountain SP 11,092 9,292 19.4% 49,439 45,627 8.4% Catalina SP 6,598 2,420 172.6% 154,763 156,234 -0.9% Cattail Cove SP 10,138 14,908 -32.0% 52,221 67,256 -22.4% Colorado River SHP 167 57 193.0% 2,589 6,220 -58.4% Dead Horse Ranch SP 17,142 18,748 -8.6% 126,799 120,044 5.6% Fool Hollow Lake RA 16,380 25,104 -34.8% 55,360 63,341 -12.6% Fort Verde SHP 706 521 35.5% 4,672 2,654 76.0% Granite Mountain Hotshots MSP 1,076 1,380 -22.0% 11,778 14,874 -20.8% Homolovi SP 4,032 1,982 103.4% 22,007 11,470 91.9% Jerome SHP 4,099 1,991 105.9% 21,789 14,109 54.4% Kartchner Caverns SP 7,776 2,045 280.2% 44,020 57,663 -23.7% Lake Havasu SP 66,040 74,493 -11.3% 241,845 337,920 -28.4% Lost Dutchman SP 4,198 3,651 15.0% 122,844 132,399 -7.2% Lyman Lake SP 11,169 10,625 5.1% 30,755 38,074 -19.2% McFarland SHP 166 0 1,213 2,942 -58.8% Oracle SP 270 486 -44.4% 6,994 9,191 -23.9% Patagonia Lake SP 25,058 30,706 -18.4% 118,311 126,873 -6.7% Picacho Peak SP 1,893 1,953 -3.1% 64,084 68,800 -6.9% Red Rock SP 12,963 6,118 111.9% 56,356 33,228 69.6% Riordan Mansion SHP 777 0 2,188 2,478 -11.7% River Island SP 2,623 3,004 -12.7% 18,089 19,411 -6.8% Roper Lake SP 8,049 12,394 -35.1% 52,924 49,738 6.4% Slide Rock SP 54,922 33,491 64.0% 231,551 110,781 109.0% Tombstone Courthouse SHP 2,875 1,465 96.2% 18,261 16,394 11.4% Tonto Natural Bridge SP 8,146 7,161 13.8% 54,950 36,557 50.3% Tubac Presidio SHP 261 117 123.1% 4,240 2,923 45.1% Yuma Territorial Prison SHP 2,206 1,061 107.9% 28,672 26,505 8.2% Total All Parks 282,059 267,097 5.6% 1,647,434 1,620,577 1.7% Note: Dankworth Pond SP data is included in Roper Lake SP, Sonoita Creek SNA is included in Patagonia Lake SP and Verde River Greenway SNA is included in Dead Horse Ranch SP. -
Laughing Waters" 40
Press, W. H., B. P. Flannery, S. A. Teukolsky, and W. T. Vetterling. 1986. Numerical recipes: C 1990 by S.E.L & Associates The art of scientific computing. Cambridge, MA: Cambridge University Press. Stalnaker, C. B. 1978. The IFG incremental methodology for physical instream habitat eval- uation. Washington, DC: U.S. Fish and Wildlife Service (FWS / OBS-78 /81). Stier, D. J., and J. H. Crance. 1985. Habitat suitability index models and instream flow suitability curves: American shad. Washington, DC: U.S. Fish and Wildlife Service (FWS/ OBS-82 /10). The Recreational Impact of Trihey, E. W. 1979. The IFG incremental methodology. Pages 24-44 in G. L. Smith, editor. Proceedings of the workshop in instream flow habitat criteria and modeling. Information Series Reducing the "Laughing Waters" 40. Fort Collins: Colorado State University, Colorado Water Resources Research Institute. Valdez, R. A., and B. C. Nilson. 1982. Radiotelemetry as a means of assessing movement and of Aravaipa Creek, Arizona habitat selection of humpback chub. Pages 29-39 in W. Geer, editor. Transactions of the Bonneville Chapter of the American Fisheries Society. Salt Lake City, UT: Bonneville Chapter of the American Fisheries Society. Steven D. Moore Valdez, R. A., P. B. Holden, T. B. Hardy, and R. J. Ryel. 1987. Habitat suitability index curves Mary E. Wilkosz* for endangered fishes of the Upper Colorado River Basin. Final report to US. Fish and Wildlife Service (Contract No. 14-16-0006-86-055), Denver, CO. Stanley K. Brickler Received: May 3, 1989 School of Renewable Natural Resources Accepted: June 25, 1989 University of Arizona Discussion open until August 1, 1990 Tucson, Arizona 85721 ABSTRACT: The paper describes analyses that were conducted to de- termine the importance of water as an attribute of the recreational setting at Aravaipa Canyon Wilderness, Arizona, and the influence that reduced flows in Aravaipa Creek would have on visitors' perceptions of water quantity and quality. -
Aravaipa Canyon Ecosystem Management Plan
BLM Aravaipa Ecosystem Management Plan Final Aravaipa and Environmental Assessment Ecosystem Management Plan and Environmental Assessment Arizona • Gila District • Safford Field Office Field • Safford •District Gila Arizona September 2015 i April 2015 Mission Statements Bureau of Land Management The Bureau of Land Management (BLM) is responsible for managing the National System of Public Lands and its resources in a combination of ways, which best serves the needs of the American people. The BLM balances recreational, commercial, scientific and cultural interests and it strives for long-term protection of renewable and nonrenewable resources, including range, timber, minerals, recreation, watershed, fish and wildlife, wilderness and natural, scenic, scientific and cultural values. It is the mission of the BLM to sustain the health, diversity and productivity of the public lands for the use and enjoyment of present and future generations. Arizona Game and Fish Department The mission of the Arizona Game and Fish Department is to conserve Arizona’s diverse wildlife resources and manage for safe, compatible outdoor recreation opportunities for current and future generations. The Nature Conservancy The mission of The Nature Conservancy is to preserve the plants, animals and natural communities that represent the diversity of life on Earth by protecting the lands and waters they need to survive. Cover photo: Aravaipa Creek. Photo © Greg Gamble/TNC BLM/AZ/PL-08/006 ii United States Department of the Interior BUREAU OF LAND MANAGEMENT Safford Field Office 711 South 14th Avenue, Suite A Safford, Arizona 8 5546~3335 www.blm.gov/azl September 15, 2015 In Reply Refer To: 8372 (0010) Dear Reader: The document accompanying this letter contains the Final Aravaipa Ecosystem Management Plan, Environmental Assessment, Finding ofNo Significant Impact, and Decision Record. -
Fossil Creek Hydrology & Travertine Geomorphology
Fossil Creek Hydrology & Travertine Geomorphology FERC Project No. 2069-003 Arizona Childs and Irving Hydropower License Prepared For: Arizona Public Service Company Phoenix, Arizona Prepared By: W.L. Bouchard & Associates, Inc. Phoenix, Arizona June 25, 1998 Fossil Creek Hydrology & Travertine Geomorphology Abstract Fossil Creek is a tributary of the Verde River in Gila and Yavapai Counties in Arizona. Stream flow is composed of a 43 cubic foot per second (cfs) base flow from Fossil Springs (a perennial source of spring flow to the creek) and runoff from precipitation which frequently occurs as destructive flash floods. These sources form 77% and 23% of the flow respectively. Fossil Springs water is supersaturated with calcium carbonate and carbon dioxide and thus tends to precipitate travertine in the upper 4 mile reach of this 14 mile stream. Travertine deposition effects stream morphology. Fossil Creek is a "flashy" stream that frequently conveys large volumes of water very quickly. Significant floods that overflow the low flow channel banks and transport significant quantities of sediment and debris Occur about every other year. These frequent flood flows tend to alter travertine deposition. Periodically, Fossil Creek is subject to very large destructive floods that significantly alter stream morphology. Arizona Public Service Company (APS) owns and operates the Childs & Irving Hydroelectric plants on Fossil Creek. The plants withdraw the 43 cfs base flow about 0.2 miles below the springs for hydropower generation. In 1992, APS proposed to the Federal Energy Regulatory Commission (FERC) to increase minimum flow releases to 10 cfs in the Irving reach and 5 cfs in the Childs reach as part of their application for relicensing. -
Appendix a Assessment Units
APPENDIX A ASSESSMENT UNITS SURFACE WATER REACH DESCRIPTION REACH/LAKE NUM WATERSHED Agua Fria River 341853.9 / 1120358.6 - 341804.8 / 15070102-023 Middle Gila 1120319.2 Agua Fria River State Route 169 - Yarber Wash 15070102-031B Middle Gila Alamo 15030204-0040A Bill Williams Alum Gulch Headwaters - 312820/1104351 15050301-561A Santa Cruz Alum Gulch 312820 / 1104351 - 312917 / 1104425 15050301-561B Santa Cruz Alum Gulch 312917 / 1104425 - Sonoita Creek 15050301-561C Santa Cruz Alvord Park Lake 15060106B-0050 Middle Gila American Gulch Headwaters - No. Gila Co. WWTP 15060203-448A Verde River American Gulch No. Gila County WWTP - East Verde River 15060203-448B Verde River Apache Lake 15060106A-0070 Salt River Aravaipa Creek Aravaipa Cyn Wilderness - San Pedro River 15050203-004C San Pedro Aravaipa Creek Stowe Gulch - end Aravaipa C 15050203-004B San Pedro Arivaca Cienega 15050304-0001 Santa Cruz Arivaca Creek Headwaters - Puertocito/Alta Wash 15050304-008 Santa Cruz Arivaca Lake 15050304-0080 Santa Cruz Arnett Creek Headwaters - Queen Creek 15050100-1818 Middle Gila Arrastra Creek Headwaters - Turkey Creek 15070102-848 Middle Gila Ashurst Lake 15020015-0090 Little Colorado Aspen Creek Headwaters - Granite Creek 15060202-769 Verde River Babbit Spring Wash Headwaters - Upper Lake Mary 15020015-210 Little Colorado Babocomari River Banning Creek - San Pedro River 15050202-004 San Pedro Bannon Creek Headwaters - Granite Creek 15060202-774 Verde River Barbershop Canyon Creek Headwaters - East Clear Creek 15020008-537 Little Colorado Bartlett Lake 15060203-0110 Verde River Bear Canyon Lake 15020008-0130 Little Colorado Bear Creek Headwaters - Turkey Creek 15070102-046 Middle Gila Bear Wallow Creek N. and S. Forks Bear Wallow - Indian Res. -
Eagle Creek, Arizona
Trip Report: Eagle Creek, Arizona 15-17 June 2009 Participants: Abraham Karam, Brian Kesner, and Mike Childs Native Fish Lab Marsh & Associates, LLC 5016 South Ash Avenue Suite 108 Tempe, Arizona 85282 Summary Fish surveys were conducted on portions of Eagle Creek, Greenlee County, Arizona, during 15-17 June 2009 to determine species composition, distribution, and relative abundance. Survey methods included backpack electroshocking, seining, dip netting, gill netting, and hook and line. A total of 1,315 individuals were contacted, representing five native and eight non-native species. With the exception of one desert sucker which was captured downstream of the Freeport-McMoRan water diversion dam, non-native fishes were contacted exclusively at all downstream sites, while native species predominated sites upstream of the dam. Methods Surveys were conducted at eight localities on Eagle Creek between Honeymoon (HM; elev. = 1,650 m) in the upper portion of the watershed, and Bat Cave (elev. = 1,036 m), approximately 12 km upstream from Eagle Creek’s confluence with the Gila River (Fig. 1). Survey locations included HM (12S 641111, 3704989), 1st Crossing below HM (12S 640444, 3701320), 2nd Crossing below HM (12S 640636, 3697789), Sheep Wash (12S 640707, 3686663), Above Freeport McMoRan (FM) Dam (12S 643380, 3661181), Below FM Dam (12S 645252, 3659588), Graves (12S 646449, 3656592), and Bat Cave (12S 647611, 3655046). Surveys were conducted using a Smith-Root backpack shocker (SR 12-B), seines (1.2 x 1.2 and 3.7 x 1.2 m; 3 mm mesh), dip nets, experimental gill nets (38.1 x 1.8 m; square mesh size ranged from 13 to 51 mm), and hook and line. -
Synthesis of Upper Verde River Research and Monitoring 1993-2008
Chapter 8 A Preliminary View of Water Quality Conditions of the Upper Verde River Alvin L. Medina Introduction Stream water temperatures are of general interest because of interactive ef- fects among physical, biological, and chemical parameters of water chemistry (Langford 1990). Water temperature regimes dictate the types of aquatic flora and fauna present within the aquatic system, as well as influence the system’s susceptibility to parasites and disease. These regimes are commonly noted in critical habitat designations as potentially limiting to native fish populations of Southwestern streams (Federal Register 2007). Temperatures that approach the upper thermal tolerances of Southwest native fishes have been noted in Arizona streams (Deacon and Minckley 1974; USDI Geological Survey 2005). Of partic- ular interest are water temperatures for the UVR where spikedace (Meda fulgida) is imperiled. Recent fishery studies (Carveth and others 2006) suggest that na- tive fishes are sensitive to annual and large temperature fluctuations. Reduced growth rates have been reported for some species (Widmer and others 2006). The relationships between desert fishes and water temperature are unclear, especially given the assumption that they should be capable of acclimating to hot and cold temperatures common to the Southwest. State water managers rely on monitoring data to establish and validate water quality standards (Arizona Department of Environmental Quality 2002, 2007a, 2007b). Within the study area, the Arizona Department of Environmental Quality (Arizona Department of Environmental Quality 2007b) listed the headwater sec- tion of the UVR between Granite Creek and Hell Canyon as sufficiently high to support all uses attaining all uses, while the section between Perkinsville to below Camp Verde was listed as “impaired” because of sediment and turbidity. -
Annual Reportarizona YEARS 40…Of Conserving Land and Water to Benefit People and Nature
2006 annual reportArizona YEARS 40…of conserving land and water to benefit people and nature In 1966 a group of conservation-minded citizens raised money to buy the Patagonia-Sonoita Creek Preserve, and The Nature Conservancy in Arizona was born. Over the years that followed, nature preserves throughout the state were purchased by or donated to the Conservancy. They had a common focus: protecting water and VISION: We will ensure freshwater sources are restoring the health of the land. secure and sustainable in order to support our growing population and the rich diversity of life This 40th annual report documents the natural evolution of an that depends on fresh water to thrive. We will work organization whose mission calls upon us to preserve the diversity with water users, providers and those who depend on growth to create the incentives and limits that of life on Earth. We have come to cherish Arizona’s rich biological will guide future growth and create well-planned heritage. We have learned about our vital connections with communities in the face of uncertainty created by neighboring states and other countries through a system of similar securing our future global climate change. habitats or ecoregions. We are beginning to understand how special places are vulnerable to changes that occur many miles away. And, we water now know that change can be friend and foe. Today we are working at an unprecedented scale, on critical issues not recognized 40 years ago, such as Upper San Pedro Partnership Verde River Greenway With the added urgency of the first recorded no- The Conservancy sponsored field trips and provided global warming and the decline in forest health. -
Wallow Fire Impacts on Fish Populations Arizona Game and Fish Department Survey Results September‐October 2011
Wallow Fire Impacts on Fish Populations Arizona Game and Fish Department Survey Results September‐October 2011 Rivers and Streams with High Impact Bear Creek – Most fish (brown trout) killed throughout stream (possible complete kill, no fish found) Bear Wallow Creek (Apache trout recovery stream) – Most fish (Apache trout) killed throughout stream (possible complete kill, no fish found); Habitat looks relatively intact; Barriers relatively intact Black River – Most fish (brown trout, dace, suckers) killed downstream of Beaver Creek; Habitat looks relatively intact; Should recover quickly Buckelou Creek (Gila trout candidate stream) – Most fish killed throughout, no fish collected Colter Creek – Most fish (hybrid rainbow‐Apache trout) killed throughout stream (possible complete kill, no fish found); Habitat looks relatively intact Fish Creek (Apache trout recovery stream) – Most fish (Apache trout) killed throughout stream; Habitat severely impacted; fish barrier blown out; Loss of canopy cover in upper reaches Hannagan Creek (Apache trout stream, nonrecovery) – Most fish killed throughout stream (possible complete kill, no fish found); Habitat impacted in upper and middle reaches KP Creek (Gila trout candidate stream) – Most fish (hybrid rainbow‐Apache trout) killed throughout stream, only two live trout collected in extreme headwaters; Habitat severely impacted throughout most of stream; Barrier intact Lower East Fork Little Colorado River (LCR) – Most fish (brown trout) killed in short lower reach just above Church Camp in Greer; Habitat