[HN Gopher] Bali rice experiment cuts greenhouse gas emissions a... ___________________________________________________________________ Bali rice experiment cuts greenhouse gas emissions and increases yields Author : PaulHoule Score : 97 points Date : 2023-08-15 23:39 UTC (1 days ago) (HTM) web link (news.mongabay.com) (TXT) w3m dump (news.mongabay.com) | morley wrote: | The "how" took some reading to find. Here it is: | | > They filled one field with water, as is common in Bali, but | they drained the other, wetting the soil only when hairline | cracks were spotted in the earth | gumby wrote: | I was told long ago that the water was needed to support the | stalks (over the last 20K or so years humans have engineered | edible grasses to have absurdly large seeds). | | But I guess that isn't the case. | lovemenot wrote: | Definitely not the case. At least here in Japan, right now | the seeds are large, but the fields are mostly not flooded. I | believe the reason for flooding the seedlings is to crowd out | weeds, which unlike rice are unable to get established. | richdougherty wrote: | I guess that's why the article says at the end "The primary | barrier to entry for farmers is a 500,000 rupiah ($33) | weeding machine." | ChatGTP wrote: | This technique has been used in Japan. It's documented in "One | Straw Revolution" by Masanobu Fukuoka published 1970s. | | In the book he also reported increased yields. | | Note: It is a wonderful book, nice read. | experimental123 wrote: | Kinda interesting that new farming techniques are still being | discovered. It seems like someone in the past should have tried | this experiment and kept some fields unflooded but no one ever | bothered to do the experiment and measure yields. | | Something AI might be good at is suggesting new farming | techniques and processes for increasing yields. There is probably | enough literature in agricultural sciences with data for various | experiments that could be used as a training corpus. | ceejayoz wrote: | > Something AI might be good at is suggesting new farming | techniques and processes for increasing yields. | | Why do you believe it'd be good at this? | | I asked ChatGPT for a novel farming idea and it gave me | pseudoscientific bullshit. | https://chat.openai.com/share/4ba0c013-466e-4bea-ad00-c8ba22... | | "Bio-Resonance Farming is a cutting-edge approach that | harnesses the principles of bio-resonance and plant | communication to enhance crop growth, health, and yield. Bio- | resonance refers to the idea that living organisms emit unique | electromagnetic frequencies, and by understanding and | harmonizing with these frequencies, we can optimize plant | growth and overall agricultural productivity." | experimental123 wrote: | The current models were trained on a corpus that is | essentially all fiction with no basis in reality. If the | training corpus has real world data (like experimental | results from agricultural experiments with crops and planting | schedules along with their yields) then the neural network | should uncover some patterns that wouldn't be obvious simply | because finding correlations in large data sets is a hard | problem but it is very well suited to analysis by large | neural networks. | ceejayoz wrote: | I mean, you can go try this now; feed some agricultural | scientific journals into a model. I suspect it's going to | be substantially harder than you expect. | experimental123 wrote: | I agree it is a very easy to do which is why it's | surprising someone hasn't already tried it. Most of what | I see are toy projects with LoRA for generative models | bolted onto existing LLMs for fiction instead of | scientific applications. These models already work for | software so I see no obvious obstructions why they | shouldn't work for agricultural experiments. | semi-extrinsic wrote: | Most software dev is repetitive as hell, monkey see | monkey do within a computer readable language that has | well defined syntax. LLMs can do fairly well in this | niche. | | Research is by definition not repetitive, the text is | free form and the data is _never_ formatted in a way that | makes comparison between different papers straight | forward. | agronomicon wrote: | That's exactly the type of data set that can be analyzed | by large neural networks. Heterogeneous data with hidden | and non-obvious statistical correlations which would be | hard to uncover with classical statistical tools and | techniques. | throwbadubadu wrote: | Not at all convinced that this is true, the contrary. Do | you have a reference, or something similar that did this | successful in another field? (No, that's not ChatGPT and | writing some limited software). | galactician wrote: | Facebook's Galactica. | gamblor956 wrote: | It's not very easy to do. LLMs aren't capable of | understanding, they can merely regurgitate what they've | read based on statistical analysis of what words appear | to be linked to each other. That doesn't help you when | you need to do something new; at best an LLM can tell you | what someone else has already done. | | There are computer programs that do the kind of thing | you're thinking about, for example, for protein structure | analysis. They're _incredibly complicated_ and generally | require a lot of processing power. | PaulHoule wrote: | How about | | https://www.frontiersin.org/articles/10.3389/fpls.2023.11 | 283... | | ? | | That's a simple application of machine learning | algorithms you might find in scikit-learn. Here is a | special issue of another alleged "predatory journal" that | is full of papers on the subject | | https://www.mdpi.com/journal/agronomy/special_issues/E18K | 759... | thfuran wrote: | >These models already work for software | | Do they? You're talking the agricultural equivalent of | something like "devise a new sorting algorithm with sota | performance on x, y, z", not "write me some crud | boilerplate". | agronomicon wrote: | I just mean finding correlations in data sets that are | hard to find in other ways. The main idea is that there | are plenty of data sets on various cultivars and | experiments for how to increase yields. There are | probably patterns in the data that would be amenable to | analysis by neural networks. The article gives an example | for how scheduled flooding can increase yields and I bet | there are a lot of low hanging fruits like that to pick. | This doesn't require discovering anything novel but | simply surfacing some patterns in the data that is buried | across several papers and hard to uncover by classical | meta-analysis and statistical techniques. Neural networks | are very good for uncovering non-obvious statistical | correlations which can then be verified by | experimentation. | | After reading the article I'm sure there are plenty of | low hanging fruits to uncover in yield optimization by | trying different schedules for flooding and soil | enrichment with different kinds of fertilizers. A neural | network doesn't have to understand anything to point out | useful statistical correlations just like it doesn't have | to understand code semantics for incomplete code | fragments to suggest potential completions which are then | verified by the programmer/compiler/type system. | PaulHoule wrote: | People do all kinds of meta-analysis and literature | reviews today, I am sure somebody is already applying | A.I. to the document handling for this task but doing a | quick search it is hard to differentiate it from | literature reviews on the subject of A.I. in agronomy | such as | | https://www.frontiersin.org/articles/10.3389/fsufs.2022.1 | 053... | | It's a big problem that ChatGPT has seduced a large | number of people into thinking chatbots = AI and those | people have convinced most other people that it is a | scam. | | I find 77,000 or so articles on "rice" in PubAg | | https://search.nal.usda.gov/discovery/search?query=any,co | nta... | | Just like many other areas, agriculture responds to | knowledge and is a highly competitive international | business. For instance, rice is cultivated by very | different methods in Louisiana and Bangladesh and rice | from either place could make it to your table. | | See | | https://en.wikipedia.org/wiki/System_of_Rice_Intensificat | ion | | for a method which is heavy on labor input and light on | fossil fuel input. | agronomicon wrote: | > I find 77,000 or so articles on "rice" in PubAg | | Analyzing this data set with an LLM would be a very good | research project. | PaulHoule wrote: | Exactly, and not that hard. My RSS reader has ingested | about 250,000 articles from random sources since the | beginning of this year and does a cluster analysis of | about 50,000 of them every day in under two minutes. | vkou wrote: | There's no shortage of ideas for improving real-world | processes. Most of those ideas are bunk, and we're | constrained by the amount of experiments[1] we are willing | to run/fund, and the quality of data[1] that those | experiments can collect, and the reproducibility[1] of | those experiments. | | Having an AI shout random ideas is very easy for software | people to grok, but isn't going to help. If you want AI to | assist with this, you'd need to build an 'AI' that can | _run_ the real-world experiments, and that 's a few orders | of magnitude harder than feeding a text corpus to an LLM. | | 'Thinking' about this problem isn't the hard part, the hard | part is _doing_ it. Even using an LLM for something like a | meta-analysis of existing research is unlikely to find many | profitable avenues of exploration. | | [1] Experimental research is incredibly difficult, which is | a fact that's highly underappreciated by people working in | abstract and theoretical disciplines. | grokist wrote: | [dead] | tomrod wrote: | I have my doubts an AI will reliably generate results that | are scientifically verifiable. | | AI interpolates across it's parameter space, but typically | performs poorly in extrapolation exercises. | YetAnotherNick wrote: | You prompted it in exactly the wrong way. It also says: | | > It's important to note that the concept of Bio-Resonance | Farming is speculative | wheelerof4te wrote: | ChatGPT is a glorified CTL+V of loosely connected content | available on the internet. | ceejayoz wrote: | Yes, but even a model trained on a bunch of scientific | papers will lack _understanding_ in the same fashion, until | there 's some new technological breakthrough. | agronomicon wrote: | Understanding is not necessary for uncovering statistical | correlations. | ceejayoz wrote: | Neither is AI. | | The parent poster wants it to _suggest new farming | techniques_ , which is a little more involved than | plotting a trend line. | agronomicon wrote: | AI is simply about finding correlations in large data | sets. Computers don't understand anything, they just | shuffle symbols. So training an LLM on agricultural | research will likely uncover patterns that would not be | obvious to people and these patterns could point to new | techniques and processes for increasing yields like | scheduled flooding (as explained in the article). LLMs | don't understand code but they consistently can complete | code fragments which end up being correct more often than | not. A model for yield optimization doesn't have to | understand farming to suggest techniques and processes | for increasing yields just like LLMs do for code | fragments. | Fricken wrote: | There are all kinds of innovations being made in farming, and | many more valuable practices from history that have been left | by the wayside. Big Ag is and has only ever been interested in | the bottom line. | galactician wrote: | [dead] | [deleted] | Crowberry wrote: | It's not a new technique as i understood it from the article. | It was just abandoned by the introduction of fast growing | hybrid rice. Nonetheless it's very interesting the experiment | has not been done before, couldn't have been discovered at a | better time! | | "Lansing, an ecological anthropologist, has studied Indonesia's | rice fields since he arrived in Bali in 1974 to work on his | Ph.D. His focus was subak, a rice irrigation system managed by | water temples, which had been in place since the 9th century | until it was disrupted by the arrival of the Green Revolution | in the 1960s and 1970s. Like their counterparts across the | globe, Balinese farmers were encouraged to swap slow-growing | local varieties for fast-growing hybrid rice, fertilizer and an | extra harvest." | Terr_ wrote: | I think the flooding of the paddies is also related | controlling weeds and pests. | | So the viability of the technique may depend on other | technology or resources being available, compared to peasant | farmers of the past. | myshpa wrote: | The father of this method is Masanobu Fukuoka - One Straw | Revolution, aka natural farming. | | https://en.wikipedia.org/wiki/Masanobu_Fukuoka | | "in 1947 he took up natural farming again with success, using no- | till farming methods to raise rice and barley ... organic and | chemical-free rice farming" | | https://youtu.be/nzs8iFGNdBo?t=1412 ___________________________________________________________________ (page generated 2023-08-17 23:00 UTC)