Pesticides的問題，透過圖書和論文來找解法和答案更準確安心。 我們找到下列評價、門市、特惠價和推薦等優惠

The Honey Bee (Collins New Naturalist Library)

為了解決Pesticides的問題，作者Carreck, Norman 這樣論述：

Norman Carreck has been keeping bees since the age of 15. He studied Agricultural Science at Nottingham University and has worked as an official beekeeper, with responsibility for maintaining about 80 colonies of honey bees, while also researching pollination ecology, bee behaviour, bee pathology an

d forage for bees. Since 2008 he has carried out research at the University of Sussex on bee breeding and pesticides and bees, worked as Senior Editor of the Journal of Apicultural Research and been employed as Science Director of the International Bee Research Association. He has a National Diploma

in Beekeeping and is a Fellow of the Royal Entomological Society and of the Royal Society of Biology. He is a member of the Bee Health Advisory Forum for the DEFRA ’Healthy Bees Plan’ and is the UK member of the Executive Committee of the international honey bee research network, COLOSS.

Pesticides進入發燒排行的影片

生物炭和植物生長促進根圈細菌對污染土壤中鎘移動性與植物吸收之影響

為了解決Pesticides的問題，作者洪振愷 這樣論述：

近年來隨著工業發展產生不少環境污染問題，其中土壤重金屬污染問題增加，也提高對人體危害風險發生之可能。添加生物炭與植物生長促進根圈細菌（plant-growth-promoting rhizobacteria簡稱PGPR）作為重要的土壤改良劑，利用PGPR之特性與生物炭相互作用增強土壤修復過程，對重金屬污染土壤復育應用具有極大潛力。本研究探討聯合施用生物炭與耐重金屬PGPR對受鎘污染之農田土壤中植物有效性鎘含量與吸收之影響。主要成果分述如下:1.利用熱裂解技術將菱角殼、稻殼和雜木等農業廢棄物轉化成良好生物炭，生物炭之pH值（1:5，生物炭/水）均為鹼性，約為8.35~10.75，其中以菱殼炭之

pH值與EC值較高，約為0.98~5.02 mS/cm，生物炭EC值因質材不同而有所不同。生物炭之孔隙性、比表面積與元素組成不盡相同，以雜木炭的比表面積（173 m^2/g）為最高。2.收集台南地區4處鎘污染土壤的9個植物根圈土壤樣品，篩選出53株耐受20 mg/L鎘之菌株，其中41株菌株具有固氮能力；34株菌株具有溶磷能力；其中13株菌株同時具有固氮、溶磷與IAA產生能力。3.挑選出5株具有4項以上植物促進功能的菌株並完成菌種鑑定；耐鎘菌TA794-9之溶磷能力最佳，培養50小時（菌數達10^8 CFU/mL），即可產生132.9 mg/L的水溶性磷酸鹽；各菌株之IAA產生量介於4.0~29

.9 mg/L，以耐鎘菌TA751-8分泌IAA的能力為最佳。4.在不同稀釋倍率下，TA751-4與TA751-6菌株胞外分泌物有較佳之促進萵苣胚根與胚莖生長作用。5.芥菜盆栽試驗中，施用生物炭對於土壤pH值、EC值與有機質含量有顯著提升作用，單獨接種TA751-6對植體鮮重、乾重與降低植物吸收鎘有顯著效應;施用雜木炭與稻殼炭對植體鮮重、乾重與降低植物吸收鎘有顯著效應;耐鎘菌TA751-6配合生物炭之共同施用時，對提升植物生長與降低植體吸收重金屬之功效較為顯著。

The Apricot Lane Farms Cookbook: Recipes and Stories from the Biggest Little Farm

為了解決Pesticides的問題，作者Chester, Molly,Owens, Sarah 這樣論述：

Seasonally inspired food, with more than 130 recipes from the chef, farmer, and star of The Biggest Little Farm.More than ten years ago, chef Molly Chester and her filmmaker husband left their urban L.A. life to purchase a neglected piece of land northwest of the city in the hopes of creating a m

ore delicious and purposeful life. With a passion for regenerative, biodynamic farming, but a big learning curve to overcome, they threw themselves into the daunting task of revitalizing the land, which had been decimated by drought and pesticides. Today, they steward 234 thriving acres of gardens,

animal pastures, habitat corridors, and orchards, including their abundant ＂Fruit Basket＂--a lush tapestry of landscape that provides seventy-five different varieties of fruit trees. Chester and her husband’s gentle, slow, and unconventional approach has inspired other farmers, and was the subject o

f the 2019 award-winning documentary The Biggest Little Farm. This debut cookbook brings the bounty of the farm to readers’ kitchens. As a chef who has long understood that flavor and healthy food go hand in hand, Chester is passionate about farm-fresh ingredients, and her cooking celebrates the tre

e-ripened fruits, seasonal vegetables, pastured eggs, and grass-fed meats for which the farm is known. With sections divided by season, and insider tips for sourcing the best produce, this a must-have cookbook for home cooks looking for inspiration for their farmers’ market hauls, and anyone looking

to create a closer connection to their food. With enticing, preserved end-of-summer larder treasures like Tomato Raisins or a Dried Summer Stone Fruit Medley, comforting dinners like Slow-Roasted Pastured Chicken with Lemon-Fennel Crust or Spring Frittata with Fresh Peas, Arugula, Artichokes, Chevr

e, and Pesto, and bright, luscious salads like Avocado and Cara Cara Orange Salad with Jalapeño and Sesame-Miso Dressing, these nourishing recipes are a delicious guide to eating in connection with the land.

基於深度學習之視覺辨識之除蟲機器人

為了解決Pesticides的問題，作者吳子健 這樣論述：

根據統計，台灣農藥每單位用量，每公頃平均最高曾到十七公斤，居高世界第一位。而農藥用多了，食品內的農藥濃度便會提升，對土壤和人體都會產生嚴重影響。因此近年出現了許多的有機農場，有機農場的要求是不使用人工化學合成農藥丶人工合成肥料等等。但是有機種植的困難多，由其蟲害的問題更是讓農夫十分頭痛。解決蟲害最快的方式是直接用人進行觀察並除蟲。但是近年來台灣的高齡化丶少子化與新冠肺炎(Covid-19)的多重影響下，使勞動力大幅下降。 因此本文提出一種智能除蟲機器人，其結合了人工智能(Artificial intelligence, AI)丶深度攝影機丶自走車丶小型機器手臂與麥克納姆輪等裝置，應用於有機農

場中的自動除蟲機器人。除蟲機器人包括三個系統：視覺系統丶移動機構和驅蟲裝置。其中視覺系統能夠對害蟲辨識，也能夠取得距離。再把害蟲的位置傳給移動機構，機器人便會移動到害蟲的面前。最後使用驅蟲裝置，轉動機器手臂並啟動除蟲器，完成除蟲動作。