audimax
Adidasmaxxed Chad
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My balls are half the size they were before TRT, would I still benefit from nofap? Except getting rid of weird porn fetishes
To all nofappers: Are there still benefits of semen retention if youre on TRT?
Deleted member 7776
6'5 BWC Mogger of Niggers
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It's a meme to begin with
Deusmaximus
Fuchsia
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- Mar 11, 2019
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How are you feeling on trt? What kind of benefits or side effects? What where your t levels before trt?
I am thinking of starting with 150mg a week. Just not sure if i will have enough profit from this dosage.
I am thinking of starting with 150mg a week. Just not sure if i will have enough profit from this dosage.
D
Deleted member 6111
Solstice
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nofap will provide all the benefits of TRT with NONE of the risks
Deleted member 5634
Banned
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- Mar 6, 2020
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Imagine having superhumans levels of T and being able to nofap, gl op
Schizoidcel
Equinox
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Yes but it's harder to resist the urges. Nofap while on tren = you wanting to rape every 2/10 obese foid.
Deleted member 10551
Master
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What are your levels now? I’d recommend starting with 100mg.
D
Deleted member 10987
Emerald
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Just go exercice or boxing/wrestling/cardio
D
Deleted member 8699
Apricot
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Nekton
From Wikipedia, the free encyclopedia
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Nekton or necton, from the Greek nekton meaning "to swim", refers to the actively swimming aquatic organisms in a body of water. The term was proposed by German biologist Ernst Haeckel to differentiate between the active swimmers in a body of water, and the passive organisms that were carried along by the current, the plankton. As a guideline, nektonic organisms have a high Reynolds number (greater than 1000) and planktonic organisms a low one (less than 10). However, some organisms can begin life as plankton and transition to nekton later on in life, sometimes making distinction difficult when attempting to classify certain plankton-to-nekton species as one or the other. For this reason, some biologists choose not to use this term.
Contents
1 History
2 Definition
3 Oceanic nekton
4 See also
5 References
6 External links
History
The term was first proposed and used by the German biologist Ernst Haeckel in 1891 in his article Plankton-Studien where he contrasted it with plankton, the aggregate of passively floating, drifting, or somewhat motile organisms present in a body of water, primarily tiny algae and bacteria, small eggs and larvae of marine organisms, and protozoa and other minute consumers. Today it is sometimes considered an obsolete term because it often does not allow for the meaningful quantifiable distinction between these two groups. Some biologists no longer use it.[1][2]
Definition
As a guideline, nekton are larger and tend to swim largely at biologically high Reynolds numbers (>10³ and up beyond 10⁹), where inertial flows are the rule, and eddies (vortices) are easily shed. Plankton, on the other hand, are small and, if they swim at all, do so at biologically low Reynolds numbers (0.001 to 10), where the viscous behavior of water dominates, and reversible flows are the rule. Organisms such as jellyfish and others are considered plankton when they are very small and swim at low Reynolds numbers, and considered nekton as they grow large enough to swim at high Reynolds numbers. Many animals considered classic examples of nekton (e.g., Mola mola, squid, marlin) start out life as tiny members of the plankton and then, it was argued, gradually transition to nekton as they grow.
Oceanic nekton
Oceanic nekton comprises animals largely from three clades:
Vertebrates form the largest contribution; these animals are supported by either bones or cartilage.
Mollusks are animals such as squids and scallops.
Crustaceans are animals such as lobsters and crabs.
There are organisms whose initial life stage is identified as being planktonic but when they grow and increase in body size they become nektonic. A typical example is the medusa of the jellyfish.
From Wikipedia, the free encyclopedia
Jump to navigationJump to search
Nekton or necton, from the Greek nekton meaning "to swim", refers to the actively swimming aquatic organisms in a body of water. The term was proposed by German biologist Ernst Haeckel to differentiate between the active swimmers in a body of water, and the passive organisms that were carried along by the current, the plankton. As a guideline, nektonic organisms have a high Reynolds number (greater than 1000) and planktonic organisms a low one (less than 10). However, some organisms can begin life as plankton and transition to nekton later on in life, sometimes making distinction difficult when attempting to classify certain plankton-to-nekton species as one or the other. For this reason, some biologists choose not to use this term.
Contents
1 History
2 Definition
3 Oceanic nekton
4 See also
5 References
6 External links
History
The term was first proposed and used by the German biologist Ernst Haeckel in 1891 in his article Plankton-Studien where he contrasted it with plankton, the aggregate of passively floating, drifting, or somewhat motile organisms present in a body of water, primarily tiny algae and bacteria, small eggs and larvae of marine organisms, and protozoa and other minute consumers. Today it is sometimes considered an obsolete term because it often does not allow for the meaningful quantifiable distinction between these two groups. Some biologists no longer use it.[1][2]
Definition
As a guideline, nekton are larger and tend to swim largely at biologically high Reynolds numbers (>10³ and up beyond 10⁹), where inertial flows are the rule, and eddies (vortices) are easily shed. Plankton, on the other hand, are small and, if they swim at all, do so at biologically low Reynolds numbers (0.001 to 10), where the viscous behavior of water dominates, and reversible flows are the rule. Organisms such as jellyfish and others are considered plankton when they are very small and swim at low Reynolds numbers, and considered nekton as they grow large enough to swim at high Reynolds numbers. Many animals considered classic examples of nekton (e.g., Mola mola, squid, marlin) start out life as tiny members of the plankton and then, it was argued, gradually transition to nekton as they grow.
Oceanic nekton
Oceanic nekton comprises animals largely from three clades:
Vertebrates form the largest contribution; these animals are supported by either bones or cartilage.
Mollusks are animals such as squids and scallops.
Crustaceans are animals such as lobsters and crabs.
There are organisms whose initial life stage is identified as being planktonic but when they grow and increase in body size they become nektonic. A typical example is the medusa of the jellyfish.
TITUS
Fuchsia
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You would benefit from HCG and nofap would allow you to stop wasting time on wanks.
D
Deleted member 5818
.
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I got to 2 weeks on high dose TRT
