Predictions & Data for this entry

Model: hep	climate:	Cfb, Dfb, Dfc	migrate:
COMPLETE = 2.7	ecozone:	TH	food:	beH, beD, beS
MRE = 0.061	habitat:	0eFr, 0eFc, eiTg	gender:	D
SMSE = 0.082	embryo:	Fs	reprod:	O

Zero-variate data
Data	Observed	Predicted	(RE)	Unit	Description	Reference
ab	57.7	55.41	(0.03961)	d	age at birth	HumpElli1980
tp	60	57.88	(0.03533)	d	time since birth at puberty	WinkKoop2007
tj	110	107.2	(0.02525)	d	time since birth at emergence	WinkKoop2007
am	365	365.5	(0.001349)	d	time since birth at death	WinkKoop2007
L0	0.0185	0.01851	(0.0007274)	cm	egg length	Eiseler2006
Lj	1.15	1.199	(0.04304)	cm	ultimate length nymph	HellWink2011
Li	1.2	1.202	(0.001357)	cm	ultimate length	GiusMicc2008
Wdj	0.00797	0.007985	(0.001937)	g	maximum dry weight of nymph	GiusMicc2008
Ni	1775	1765	(0.005377)	#	total number of eggs	RybiWink2012

Uni-variate data
Dataset	Figure	(RE)	Independent variable	Dependent variable	Reference
Tab	see Fig. 1	(0.09006)	temperature	age at birth	HumpElli1980
tW	see Fig. 2	(0.04055)	time since start of experiment	dry weight	RybiWink2012
tW2	see Fig. 3	(0.1842)	time since start of experiment	dry weight	RybiWink2012
tWw	see Fig. 4	(0.2405)	time since start of measurements	wet weight	WinkKoop2007
LW	see Fig. 5	(0.1433)	body length	dry weights	GiusMicc2008

Pseudo-data at T_ref
Data	Generalised animal	Rhithrogena semicolorata	Unit	Description
v	0.02	0.001841	cm/d	energy conductance
kap	0.8	0.5129	-	allocation fraction to soma
kap_R	0.95	0.95	-	reproduction efficiency
p_M	18	520.7	J/d.cm^3	vol-spec som maint
k_J	0.002	0.002	1/d	maturity maint rate coefficient
kap_G	0.8	0.8005	-	growth efficiency

Acknowledgment

This entry was financially supported by the CEFIC Long-range Research Initiative (project number ECO28)

Bibliography

[Wiki] https://en.wikipedia.org/wiki/Mayfly. Accessed : 2017-03-31.
[Eiseler2006] Eiseler B. and Haybach A. Egg-taxonomy of the German species of the genus Rhithrogena Eaton, 1881 (diaphana and semicolorata groups) (Ephemeroptera, Heptageniidae). Lauterbornia, 58:23--39, 2006.
[GiusMicc2008] M. Giustini, F. P. Miccoli, G. De Luca, and B. Cicolani. Length-weight relationships for some plecoptera and ephemeroptera from a carbonate stream in central Apennine (Italy). Hydrobiologia, 605:183--191, 2008.
[HellWink2011] C. Hellmann, C. Winkelmann, S. Worischka, and J. Benndorf. Extended larval development compensates for sublethal effects of fish predation in a mayfly population (Rhithrogena semicolorata, Ephemeroptera). Limnologica, 41(3):256--265, 2011.
[HumpElli1980] U. H. Humpesch and J. M. Elliott. Effect of temperature on the hatching time of eggs of three Rhithrogena Spp.(ephemeroptera) from Austrian streams and an English stream and river. Journal of Animal Ecology, 49(2):643--661, 1980.
[Kooy2010] S.A.L.M. Kooijman. Dynamic Energy Budget theory for metabolic organisation. Cambridge Univ. Press, Cambridge, 2010.
[RybiWink2012] M. Rybicki, C. Winkelmann, C. Hellmann, P. Bartels, and D. Jungmann. Herbicide indirectly reduces physiological condition of a benthic grazer. Aquatic Biology, 17:153--166, 2012.
[WinkKoop2007] C. Winkelmann and J. H. E. Koop. The management of metabolic energy storage during the life cycle of mayflies: a comparative field investigation of the collector-gatherer Ephemera danica and the scraper Rhithrogena semicolorata. Journal of Comparative Physiology B, 177(1):119--128, 2007.

Bibtex file with references for this entry

Predictions & Data for this entry

Acknowledgment

Bibliography

Andre Gergs, Kim Ladermann, 2017/03/08 (last modified by Andre Gergs, Kim Ladermann 2018/02/18)

accepted: 2018/02/18

refer to this entry as: AmP Rhithrogena semicolorata version 2018/02/18 bio.vu.nl/thb/deb/deblab/add_my_pet/