The phrase "allow breeding" is correct and usable in written English.
It can be used in contexts discussing the permission or facilitation of reproduction, often in relation to animals or plants.
Example: "The new policy will allow breeding among the endangered species to help increase their population."
Alternatives: "permit reproduction" or "facilitate breeding".
All states allow breeding of the birds, which are then sold to states where fighting is legal or to the Philippines, Guam, Mexico and other countries where the sport is popular or, in states where it is outlawed, are hustled out to the woods and urban back alleys for illicit lethal combat.
"This will allow breeding programmes to be better managed".
The comprehensive cluster and hotspot map produced in this study will allow breeding programs to focus their efforts on regions of the genome containing the most QTL of interest.
There are outstanding examples of species being secured or decline being arrested such as Muir's Corella, a now relatively-abundant parrot in south-western WA; the elimination of cats, rabbits, rats and mice from Macquarie Island allowing breeding birds to return; and feral species control programs like Arid Recovery in SA which is helping the recovery of small mammals and reptiles.
The plant also has high amounts of within-species and interspecific genetic diversity allowing breeding improvements in traits including oil quantity and quality.
Excluding large mammalian predators from areas of lowland wet grassland with predator-exclusion fencing successfully improves Lapwing nest survival and productivity, allowing breeding success to exceed the levels required for population recovery.
In combination with artificial insemination, in vitro fertilization and embryo transfer, it allows breeding of behaviorally or medically incompatible pairs independently of time and location.
Recording survival is in fact straightforward in any breeding programme in which initial family sizes are known and individual fish with known pedigree are captured at harvest, allowing breeding value estimation for survival.
The requirement for early flowering in only one parent allows breeding cycles where early flowering progeny can be recurrently selected with the desired genotype and used for the next cycle.
Exploiting natural and engineered alleles for multiple family members, we achieved a continuum of inflorescence complexity that allowed breeding of higher-yielding hybrids.
This has implications for solving food security issues, by allowing breeding of superior F1 hybrid plants more easily and cheaply.
