Breeding. 10.1 Mating procedure shall be in accordance with the option chosen at Clause 6 of the First Schedule in this agreement.
Breeding. To breed the Pup only in accordance with breedings approved by the BWPGCA’s Breeding Committee; not to neuter the Pup without prior approval of the BWPGCA’s Breeding Committee; and, for Pups approved for breeding by the BWPGCA’s Breeding Committee, to breed a female Pup up to twice (2), and male Pup unlimited use, subject to mutual agreement between BREEDER and the BWPGCA’s Breeding Committee as to time of, choice of mate, and intervals between breedings.
Breeding. If this dog is to be bred, OFA (Orthopedic Foundation for Animals) tests must be performed prior to breeding. Dog must be a minimum of 24 months old before OFA testing. The dog must qualify for a CHIC # which includes hip, eye and thyroid tests. Buyer also recommends an OFA cardiac evaluation prior to breeding. Buyer will notify Seller of any adverse results of this dog’s OFA tests, and any other health tests for diseases/conditions that may be influenced by genetics. Buyer will adhere to the Vizsla Club of America’s code of ethics if this dog is to be bred. Without exception, Co-owner must approve every breeding of this dog. General Provisions and Hold Harmless
Breeding. Tenant agrees not to breed or allow the Pet to reproduce, but if this should unintentionally occur, the Pet’s offspring shall be placed in homes other than the Premises within eight (8) weeks of birth.
Breeding. On approximately 1 May, the toads should be taken out of hibernation and allowed to readjust at room temperature before being placed into breeding tanks. Breeding tanks should be filled with 2-3 in. (5-7.5 cm) of water with glass wall blocks, smooth rocks, and plastic plants. Toads should be allowed to pair and breed without hormonal inducement if possible. If not, they may be injected with LHRH (des-Gly10[D-ALA6] Leutenizing Hormone Releasing Hormone Ethylamide). Successful pairings should be documented. Immediately after eggs have been laid, the pair should be removed from the breeding tank and water depth should be increased to eight inches. Eggs should not be disturbed during development. * * *
Breeding. BUYER agrees not to neuter the Puppy before it is at least 24 months old. If the BUYER and CFNA both agree to enter the dog in the CFNA breeding program all qualifications for breeding must be fulfilled.
Breeding. Buyer agrees that this pet quality puppy is sold expressly for the purpose of companionship and is not intended for breeding. Dog must not be used for any breeding of purebred Golden Retrievers nor to breed mixed breed offspring of any type, including, but not limited to any “designer” or “doodle” puppies. In the event this agreement is breached, Buyer is subject to Penalty as listed below, in addition a $10,000.00 fee shall be levied and made payable to Breeder. This fee shall be binding upon the Buyer. If Buyer is seeking a show quality puppy for show and breeding purposes, this must be one of the first discussions upon inquiring on a puppy to ensure that Breeder is able to pick the best puppy possible to represent the future of the breed. In addition to the difference in purchase price, a separate contract must be signed to ensure that any breeding will be done responsibility, according to the GRCA Breeding Code of Ethics. GENERAL
Breeding. Range States with Breeding Populations Map showing breeding locations Table of population jurisdiction, size, trend Jurisdictio n Location Pairs (year) Estimate reliability Populatio n Trend Country A Xxxxx High Decreasin g B Yy Low Unknown C Zzzzz Low Unknown
Breeding. Breeding aims among others at increasing biomass yields and quality (pulping characteristics, ethanol yield, etc.) or in improving plant propagation. The effort of breeding to increase yields is part of conventional land use intensification. In order to increase yields, breeding aims to e.g. increase the growth speed, the leaf area index, and leaf area duration. Higher yields con- tribute to improved utilization of resources (area, fertiliser, work force, etc.) a higher produc- tivity of inputs and consequently to a decrease of the biomass production costs and GHG- emissions per ton of biomass. One of the largest threats to sustainable energy crop produc- tion are yield losses by pests or diseases (Xxxx and Shield, 2008). Therefore, another objective of breeding is to increase resistance of energy crops in order to achieve the maximum possi- ble annual yields. This is sometimes called “closing the yield gap”, which relates to the differ- ence of maximal possible (potential) yield and actual yield (Allwright and Xxxxxx, 2016). Also the resistance to abiotic stresses such as water limitation is a very important breeding target in order to reduce senescing, losing leaf area, and avoid mortality. Increasing the resistance of energy crops can also lead to the expansion of energy crop production into marginal land, as more resistant plants are able to grow in less suitable conditions (Xxxxx et al., 2017) or enable the introduction of new species, that are originally not fully adapted to grow in the EU (e.g. Andes Lupine, see LIBBIO project). Increasing the nutrient use efficiency by breeding can con- tribute to reduce the fertiliser amounts and, hence, to reduce the GHG-emissions of lignocel- lulosic energy crops. Breeding that aims at increasing biomass quality might at the same time lead to yield de- creases. Breeding decreased yields by more than 23-43% when pulping characteristics were improved (Xxxxx et al., 2007) and by 16-24% as ethanol yields were enhanced (Xxx Xxxxx et al., 2014). The increase in ethanol yields per gram of dry wood were outweighed by the overall yield penalty (Xxx Xxxxx et al., 2014). For later stages of the supply chain (transport, storage) however, a decrease of biomass amount without reducing the quality (ethanol yields per hec- tare) might still be advantageous. The last major focus of breeding concerns improvements of plant propagation. The cheapest way of propagation is direct sowing by seed. As common clones are sterile, miscanth...
