My Lords, I am grateful to the noble Baroness, Lady Jones of Whitchurch, for reminding me that I have not referred noble Lords to my entry in the register or stated that I have farming interests. I thank her for being on the board of Rothamsted, one of the great institutions of this country. Many of the scientists there have been enormously helpful to us in the development of this legislation, and I am grateful to them for that.
I thank the noble Baroness for Amendment 2. The focus of our discussion has been on crop plants, but there is potential for precision breeding to be used in the breeding of other plant species, such as in forestry and ornamentals. I entirely agree with that. There would have to be a market for them, and I do not think they would be a priority for plant breeders in ornamentals, but there are huge possibilities for this in areas such as forestry.
The noble Baroness, Lady Wilcox, who I welcome to her post in the team, mentioned ash dieback. She is entirely right that it is a scourge on our environment and anything that can help to protect our forestry, ecosystems and woodland environments is important, which is why there may be a future for precision breeding in some of these areas.
Precision breeding could be particularly beneficial to speed up the breeding process in species that take a long time to mature—for example, to introduce disease resistance and drought tolerance traits in trees. This could have benefits for the forestry sector and for trees that are particularly susceptible to disease. As such, the definition of plants in the Bill is necessarily broad to allow for precision breeding and for the benefits to be realised in a range of species.
Our scientific advisory committee, ACRE, advised that precision-bred plants pose no greater risk to the environment than traditionally bred counterparts. It also advised that crosses between precision-bred crop plants and any sexually compatible wild relatives are extremely unlikely to result in weedier wild populations. Precision-bred plants are unlikely to be more invasive or persistent in non-agricultural settings compared to traditionally bred equivalents. This is because precision breeding relies on the creation of the same type of genetic variation as is selected for in traditional breeding.
The Bill introduces two notification systems. They require developers to provide information about precision-bred plants before they are released into the environment. Our intention is that this information would be published on a public register before the plants are released. I assure the noble Baroness that this will be closely monitored by the Government and, we anticipate, by stakeholders.
This Government have a strong commitment to protect and improve the environment, and we are clear that environmental protections are not being reduced in this Bill. Existing regulations such as the Wildlife and Countryside Act 1981 and the Natural Environment and Rural Communities Act 2006 will continued to apply to protect the environment from the introduction of non-native and invasive species.
I hope that reassures the noble Baroness that precision-bred plants pose no greater risk to the environment than traditionally bred plants, and that the Bill provides for proportionate systems to monitor developments in how these technologies are applied. I hope that she will feel able to withdraw her amendment.
The noble Lord, Lord Cameron, raised some interesting points. If he will forgive me, I will keep my powder dry until we get to the group beginning with Amendment 19, later in today’s proceedings, because that is where I can best address his concerns.
I turn to Amendment 31, which probes how the use of a precision-bred organism may impact on agricultural processes and systems. As I have previously outlined, we see precision breeding as an essential part of our toolkit to improve our food system. We are already seeing promising research in which precision breeding could positively impact agricultural processes, such as by reducing the need for pesticides and fertilisers and reducing water use.
In countries such as Argentina, where the use of precision breeding has already been regulated in a more proportionate and cost-effective manner, there has been an increase in the variety of beneficial traits being researched. We hope to see a similar outcome in England. This would enable our farming system to benefit from new varieties and breeds that have improved climate and disease resilience and pest tolerance, among other things. We do not expect one trait, product or company to dominate the market and shape agricultural processes in England.
Existing regulations related to plant variety registration, seed certification and seed marketing already deliver an assurance of quality and stability for most agricultural crops. For some agricultural crops, this also includes additional testing for value for cultivation or use. If such crops were to be developed by precision breeding, they would also fall under these regulations.
Precision breeding has the potential to bring positive impacts for farmers and the environment, and we want to encourage that. To encourage this innovation and investment, we need to create a more proportionate and science-based regulatory regime. That is what we are trying to achieve in the Bill. I hope that provides the reassurance that noble Lords require.