Category filter:

Acronym	Definition
NRR	Noise Reduction Rating
NRR	Nuclear Reactor Regulation
NRR	Net Reproduction Rate (fertility)
NRR	Office of Nuclear Reactor Regulation
NRR	Nederlandse Reanimatie Raad (Dutch: Dutch Resuscitation Council)
NRR	National Research Register
NRR	National Risk Register (UK)
NRR	Net Run Rate (cricket)
NRR	Nuclear Receptor Resource (project; Georgetown University; Washington, DC)
NRR	Non Repudiation of Receipt (electronic commerce)
NRR	North Reading Room (various locations)
NRR	Nuclear Regulatory Research
NRR	National Registration Regulations (Australia)
NRR	Nutrition Research Reviews (journal)
NRR	No Response Required
NRR	Neuroretinal Rim (optic nerve)
NRR	Nakanoshima Rapid Railway (Osaka, Japan)
NRR	Nascom Reconfiguration Request
NRR	National Recording Registry
NRR	Navesink River Rowing (New Jersey)
NRR	Non-Recurring Revenue
NRR	Navy Research Requirements
NRR	Naval Research Requirement
NRR	Nuclear Reactor Robot (Earthbound game)
NRR	Nonunit Related Record
NRR	Network Requirements Review (acquisition process)
NRR	Number of Reserved Registers
NRR	No Rules Radio (Internet radio)
NRR	Neurological Rehabilitation Resources (Thornton, CO)
NRR	Nationwide Rip Ridaz (band)

References in periodicals archive

cuprina were as follows: the intrinsic rate of increase (r)= 0.231, the finite rate of increase ([lambda])= 1.260 day-1, the net reproduction rate (Ro) = 109.62 offspring per individual; and the mean generation time (T) =20.35 days.

The net reproduction rate ([R.sub.0]) and the mean generation time (T) scored 109.62 and 20.35, respectively.

Life table of blue bottle fly Lucilia cuprina (Wiedemann, 1830)

The population parameters (r, intrinsic rate of increase; [lambda], finite rate of increase; [R.sub.0], net reproduction rate; and T, the mean generation time) were also calculated.

If all individuals are included, the intrinsic rate of increase (r), the finite rate of increase (X), the gross reproduction rate (GRR), the net reproduction rate ([R.sub.0]) and the mean generation time (T) of D.

Comparative developmental times and laboratory life tables for Drosophlia suzukii and Drosophila melanogaster (Diptera: Drosophilidae)

The net reproduction rate (NRR) represents the mean number of surviving daughters of a woman, based on prevailing rates for age-specific fertility and mortality.

For example, Kuczynski [1] reports a net reproduction rate of women in France in the period 1920-23 equal to 0.977, while the NRR of men was 1.194.

Measures for human reproduction should be linked to both men and women

This inequality shows that the net reproduction rate of the prey in patch 1 is larger when dispersal corridors are introduced.

Theoretical studies on the effects of dispersal corridors on the permanence of discrete predator-prey models in patchy environment

salvator indicate that the net reproduction rate was higher in the second generation populations, a reflex of the increased reproductive potential of the females of both populations.

Fertility tables of two populations of the parthenogenetic species poratia salvator (diplopoda, polydesmida, pyrgodesmidae)/Tabela de fertilidade de duas populacoes da especie partenogenetica P. salvator (Diplopoda, Polydesmida, Pyrgodesmidae)

1780-1835, unlike the Europe-wide decline that began in the 1870s, was of the traditional European sort insofar as it tended to keep the national net reproduction rate close to unity in the face of a uniquely abrupt drop in French mortality from the 1780s to the 1820s: see E.

Fiction as social fantasy: Europe's domestic crisis of 1879-1914

The paper on Taiwan highlights the experience of a successful demographic transition to achieve a net reproduction rate of 'one'.

K. Mahadevan (ed). Fertility Policies in Asian Countries

The life table parameters that were examined included the intrinsic rate of increase ([r.sub.m]), net reproduction rate ([R.sub.0]), finite rate of increase ([lambda]), and mean generation time (T).

Effects of heat shock on life parameters of Frankliniella occidentalis (Thysanoptera: Thripidae) F1 offspring

Net reproduction rates there have fallen below one in many cases.

Is the aging of the developed world a ticking time bomb? The developed-world populations are aging and shrinking, producing huge fiscal, economic, political, and social stresses given the unfunded liabilities of public entitlement programs. Does this phenomenon represent a global crisis? If a crisis looms, when will it unfold, who faces the greatest risk, and what if anything can be done? Twenty important experts offer their views