BIOLOGY 3336  – FRESHWATER ECOLOGY 

  BIOLOGY 3336                FRESHWATER ECOLOGY      SPRING  2020

Dr. Robert Sanders          215-204-2056              robert.sanders@ temple.edu

347A  Biology-Life Sciences                                http://sites.temple.edu/bobsanders/

LECTURE: 133 Biology Life Sciences Building; MWF  11:00-11:50

LABORATORY: Room 233 Bio Life.    W 1:20-3:50 (sec 02) OR Th 12:30-3:00 (sec 01)

OFFICE HOURS: Tuesday 3:30-5:00; Wednesday 12:00-1:00; and by appointment

Teaching Assistant: Michele Repetto 207 Bio-Life, michele.repetto@temple.edu

Prerequisite: Biology 2227 – Principles of Ecology with a grade of C- or better.

Course Description and Purpose:  This 4-s.h. course is an introduction to the ecology of plants and animals in lakes, ponds, streams and wetlands.  General ecological principles are addressed with an emphasis on the interrelationships between biotic (activities of organisms) and abiotic (chemical / physical) factors in aquatic systems.

In the laboratory section, students examine some major ecological concepts experimentally and are exposed to equipment and techniques commonly used by limnologists (scientists who study freshwater systems) and oceanographers.  In addition, some laboratory periods will be used for discussions of assigned scientific papers; these will receive a separate grade from laboratory (see below).

The one field trip is required. The purpose is to introduce students to methods used in the scientific investigation of aquatic habitats. 

This course is Canvas-based.  It is each student’s responsibility to check the website and their Temple e-mail account regularly for messages, assignments & potential schedule changes. Monday January 27 is the last day to drop a course. Wednesday March 18 is the last day to withdraw.

Text: Freshwater Ecology – Concepts and Environmental Applications of Limnology 3nd ed. by W. Dodds & M. Whiles. 2020.  Assigned readings on the schedule pages 2 – 3) are in the textbook. Note that the text is recommended, not required, and that the 2nd edition can be found at a much reduced cost with very similar content. I will make available pages for equivalent readings in the 2nd Additional readings of journal articles will be assigned.

Lab Manual: Freshwater Ecology – Individual labs will be available through Canvas.            Students must print the proper exercise and bring it to laboratory to receive credit.

Grades, Attendance. Make-ups:  Grades are based on the distribution below. Make-up tests will be given at the instructor’s discretion, and ONLY if absence is excused in advance or is due to an emergency; this also applies to missing laboratory. Documentation is required for an absence to be excused. 

Attendance to class, laboratory, and field trips is mandatory. 

….. Tests (3) …………………… (each)  25%        Paper synopses & discussion.   7%

….. No Final exam………………………   0%         Laboratory……………………………. 18%

Civility & Temple’s Code of Conduct (CoC): Violations of the CoC include, but are not limited to: academic dishonesty and impropriety, including plagiarism and academic cheating; interfering or attempting to interfere with or disrupting the conduct of classes or any other normal or regular

activities of the University (see: http://policies.temple.edu/getdoc.asp?policy_no=03.70.12).

Disability Disclosure:  Any student who has need for accommodation based on the impact of a disability should contact Dr. Sanders privately to discuss the specific situation as soon as possible.

…. In addition, Disability Resources should be contacted at 215-204-1280.

Student/Faculty Academic Rights and Responsibilities:  The University’s policy can be

…. accessed through the following link: http://policies.temple.edu/getdoc.asp?policy_no=03.70.02. Please avoid entering lectures late. If you are late, enter as unobtrusively as possible. Cell phones must be turned off before class and lab.

Lecture topics may vary slightly from this schedule. Check Canvas for updates.

DATETOPICREADING
1– Jan 131 – Introduction & the Value of Water ResourcesCh. 1
Jan 152 – Properties of WaterCh. 2, p. 21 – 40
Jan 173 – Solar Radiation & Heat in LakesCh. 3, p. 57 – 72
LABS 
2– Jan 20MLK Day Holiday 
Jan 224 – Groundwater & Wetlands                                                   skip tidal salt & mangroveCh. 4, p. 73 – 93; Ch 5, 97 – 115
Jan 245 – Lake Geomorphology, Thermal StratificationCh 7, p. 156 – 185
LABSLight Transmission-Lab 2
3– Jan 276 – More Stratification; lake classification Last Day to DropCh 7, cont.; Ch. 24, 748 – 753
Jan 297 – Aquatic Organisms. Prokaryotes & Protists           (readings for both lectures 7 & 9)Ch. 9, p. 212 – 241
Jan 318 – Microbial LoopCh. 19, p. 584 – 600
LABSDiscussion of paper; Synopsis 1 due
4-Feb 39 – Factors affecting phytoplankton distributionSee lecture 7
Feb 510 – More Phytoplankton 
Feb 711 – Periphyton; Photosynthesis / Primary ProductionCh. 12, p. 347 – 367
LABSIntro to Equipment-Lab 1; Experimental Design & Statistics
5– Feb 10TEST 1 
Feb 1212 – MacrophytesCh. 9, p. 241 – 248
Feb 1413 – Zooplankton: Rotifers & Crustaceans, FeedingCh. 10, p. 251 – 256, 258 – 259, 280 – 287
 Primary Production – Laboratory 3
6– Feb 1714 – Zooplankton: Cyclomorphosis, taxisCh. 19, p. 586 – 590
Feb 19Discussion of paper; Synopsis 2 due 
Feb 2115 – Introduction to Streams: Stream Flow & DischargeCh. 6, p. 121 – 137
LABSPlankton Diversity – Laboratory 4
7– Feb 2416 – Terrestrial Input, Detritus Classification & Processing in Streams, Stream Nutrients 1Ch. 24, p. 739 – 748  
Feb 2617 – More Detritus Processing; Invertebrates & Their Functional Groups in Streams; River Continuum Concept; Ch. 10, p. 261 – 280; 285 – 287; Ch. 19, p. 598 – 604
Feb 28No class 
LABSDiscussion of paper; Synopsis 3 due
DATETOPICREADING
8– Mar 2Spring Break 
Mar 4No Classes this week 
Mar 6No Classes this week 
9– Mar 918 – Flood Pulse and Large Rivers; Nutrient Cycling – Phosphorus(see lecture 16) Ch. 14, p. 411 – 413
Mar 1119 – Nutrients– More Phosphorus & NitrogenCh. 14, p. 396 – 405  
Mar 13No Class – RWS with administrative duties
LABSPredator- Prey – Laboratory 5 – data supplied
10– Mar 1620 – Stoichiometry, Nutrient Spiraling, Carbon, Silica, Iron Power-Point OnlyCh. 17, p. 504 – 533; Ch. 14, p. 414 – 419
Mar 18No Class – RWS with administrative duties COVID-19 Last Day to Withdraw 
Mar 20Zoom Review of PowerPoints for Test 2 
LABSNo Class – RWS with administrative duties COVID-19
11– Mr 23Zoom Review of PowerPoints for Test 2 
Mar 25TEST 2 – online with Canvas 
Mar 2721 – Fish; other vertebratesCh. 10, p. 287 – 292;  Ch. 23, p. 699 – 710
LABSFood Quality – Lab 6 data available
12– Mar 3022 – Predation Effects on CommunitiesCh. 20, p. 622 – 650
Apr 124 – Competition 1Ch. 21, p. 654 – 662
Apr 325 – Competition 2, Resource-Ratio 
LABSDiscussion of paper; Synopsis 4 due AND Food Quality – Lab 6 due
13– Apr 626 – Facilitation / MutualismCh. 19, p. 614 – 617;     Ch. 21, p. 663 – 669
Apr 827 – Extreme Environments; EndemismCh. 15, p. 426 – 451
Apr 1027 – Trophic State, Eutrophication, Basic ToxicologyCh. 18, p. 547 – 576
LABSPopulation Growth – Lab 7 Data available
14– Apr 1328- Anthropogenic Disturbance II – ToxicologyCh. 16, p. 456 – 500
Apr 15@ 11-11:50 am – Discussion of paper (Zoom, Wed Section Only)NOTE: Wed lab section discusses paper at 11am. No participation for Thurs lab today
Thus Apr 16 LAB@ 12:30 – 1:30 pm OR @ 2-3 pm (half of class at each time) Discussion of paper (Zoom, Thurs Lab Section); Synopsis 5 AND Pop Growth Lab 7 due (both labs)Thursday lab section only.
Apr 1729- Anthropogenic Disturbance III – Dams, etc. 
LABSSee above 
15– Apr 2030- Invasions / Introduced SpeciesCh. 11, p. 317 – 322
Apr 22Review 
Apr 24TEST 3 – online with Canvas 
LABSNo Labs 
16– Apr 27@ 11-11:50 am (tentatively) Discussion of paper; Synopsis 6 is due 
 NO FINAL EXAM