Minhāgîm : wi man zich noyeg izṭ daz gantze jahr hindurch in gantz Aškenaz, Poiln, Mehrin, Pihmn, Slezingen bi-klal ... in k"k Frankfurṭ de-Main ...

[Isaak aus Tyrnau]

Minhāgîm : wi mn zich noyeg izṭ in Aškenaz doz gantzi jar. Oich Poiln, Pihm, Merhrn ...

[Isaak aus Tyrnau]

Minhāgîm : wi man zich noheg iz doz gantzi jahr hindurch in gantz Aškenaz, Poiln, Mehrin, Pihmn, Šlezingen bichlal, in zondrheiṭ oich ... in k"k Frankfurṭ de-Main ...

Digitalisat der Ausg. Karlsrue, [1817/18]

Sēfer Minhāgîm de qehîllātēnû ... : minhāgê kōl haš-šānā de q"q Fyûrdā be-vêt hak-keneset ʿim hat-tefillôt we-hay-yeṣîrôt ...sidrām hā-aḥîm Yiśrā'ēl we-Qāpîl benê-... Gômpîl ...

Digitalisat der Ausg. Fyûrdā, [1766/67]

Sēfer minhāgîm : wi mn zich noheg izṭ in aškenaz dz gntzi jor ; oich in Poiln, in Bihm, in Mehrn fr wor ... fil dinim ...

Digitalisat der Ausg. Fjurda, [1778/79]

Minhāgîm : fir gantz Aškenaz, Polin, Mehrin we-Behmn bezonderz fir F"f de-Main, Maintz, Worms, Bamberg, Franken Šwaben, Elzas und Šwaitz

Digitalisat der Ausg. Rödelheim, [circa] 1820

Minhāgîm : fil hipšr den di erśṭn zain gwezin ; dz werdṭ mn wol merkn in lezin ; fun ali minhogim in Aškenaz durch dz gntz jar ...

[Isaak aus Tyrnau]

Minhāgîm : wi man zich noheg in Aškenaz dś gontzi jor oich Polin, Pihem Mehrhn ... fil dinim ... šeini naiei kupfr šṭich ...

[Isaak aus Tyrnau]

Minhāgîm : fil hipšr den di erśṭn zein gwezn ... fun ali minhogim in Aškenaz dorch dz gntz jor ach welś lnd Polin, Pihem, Mehrin fr wor ; un fil dinim ...

Digitalisat der Ausg. Frankfurṭ de-Odr, [1723/24]

Sēfer Māšîv ḥêmā : sēfer ze ḥayyā miq-qedem šenôt ʿôlāmîm ... minhāgîm ēšet ḥayil ... iz noch niṭ gwezn of fr welṭ ; of guṭ daidš gešṭelṭ ...

[Isaak Ben-Issachar Bär Tsoref]

Die Nymphe (Psittacus novae-hollandiae Gm.)

Von Dr. Chr. Lindemann

Comparison of Organic and Conventional Crops at the Neely-Kinyon Long-term Agroecological Research Site

The Neely-Kinyon Long-term Agroecological Research (LTAR) site was established in 1998 to study the long-term effects of organic production in Iowa. Treatments at the LTAR site, replicated four times in a completely randomized design, include the following rotations: conventional Corn-Soybean (C-S), organic Corn-Soybean-Oats/Alfalfa (C-SO/A), organic Corn-Soybean-Oats/AlfalfaAlfalfa (C-S-O/A-A) and Corn-SoybeanCorn-Oats/Alfalfa (C-SB-C-O/A). On April 13, 2011, Badger oats were underseeded with BR Goldfinch alfalfa at a rate of 90 lb/acre and 15 lb/acre, respectively. Following harvest of the organic corn plots in 2010, winter rye was no-till drilled at a rate of 75 lb/acre on October 20, 2010.

Impact of Liquid Swine Manure Application and Cover Crops on Ground Water Quality

The primary objective of this project was to determine the impact of appropriate rates of swine manure applications to corn and soybeans based on nitrogen and phosphorus requirements of crops, soil phosphorus accumulation, and the potential of nitrate and phosphorus leaching to groundwater. Another purpose of this long-term experimental study was to develop and recommend appropriate manure and nutrient management practices to producers to minimize the water contamination potential and enhance the use of swine manure as inorganic fertilizer. A third component of this study was to determine the potential effects of rye as a cover crop to reduce nitrate loss to shallow ground water.

Comparison of Organic and Conventional Crops at the Neely-Kinyon Long-term Agroecological Research (LTAR) Site

The Neely-Kinyon LTAR site was established in 1998 to study the long-term effects of organic production in Iowa. Treatments at the LTAR site, replicated four times in a completely randomized design, include the following rotations: conventional Corn-Soybean (C-S), organic Corn-Soybean-Oats/Alfalfa (C-S-O/A), organic Corn-Soybean-Oats/Alfalfa-Alfalfa (CS-O/A-A). A new rotation of Corn-SoybeanCorn-Oats/Alfalfa (C-SB-C-O/A) replaced the old S-W/RC rotation.