Dec. 13, 2022: Brady reveals he was asked by 49ers linebacker Dre Greenlaw to autograph the ball he intercepted. "It was s--- for me, to be honest. It was complete s---," Brady said with a laugh on his podcast. "I wish I didn't throw it, but I'm trying to be a good sport. Because a lot of times I'm not a good sport."Dec. 18, 2022: Brady suffers an eighth loss as a starter in one season for the first time when the Bucs lose to the Bengals 34-23. The Bengals' defense, motivated by Brady saying they were "fairly tough," forced four turnovers.
Dec. 21, 2022: Brady is not named to Pro Bowl for the third time in four seasons despite having earned the honor 15 times in his career. Wirfs is the only Buccaneer named to the team.
Dec. 25, 2022: In Brady's first Christmas Day game, the Bucs came back to beat the Arizona Cardinals in overtime and put themselves in place to win the NFC South with a win in Week 17.
THE PANTHERS DIDN'T seem to give much credence to Brady's deep ball in Week 17, after Brady averaged 1.8 air yards per completion against the Cardinals the week before.
Gandia Shore Season 1 Complete
The 74-km long Montevideo Department coastal belt is divided into 16 individual Biophysical Cross-shore Classification System (BCCS) domains and two super domains. The smaller (11.9 km) Playa Verde Super Domain (Beach-Upland-Developed) is east of the larger (62.1 km) Montevideo Super Domain (Rock-Upland-Developed). Red lines separate the individual domain segments that were classified. The Montevideo Department coastal belt is completely developed with natural cross-shore eco-geomorphological catenas characterized by rock, cliff, and upland archetypes with occasional beach archetypes that are isolated by headlands. Domain 5-10 is an example of an intensely developed coastal stretch surrounding a major harbor. The 17-km long Domain 5-16, which extends westward out of frame, is characterized by a Rig,seUDvag catenary sequence. Rock promontory outcroppings are shown with light-orange caret symbols along the coast. All codifications can be keyed using Table 1, and morphometric analysis of the Montevideo Department corresponds directly with Table 5.
The present study assesses the possibility or feasibility of including developed areas as part of the BCCS, not as an adjunct but as an integration of natural environments and anthropogenically-influenced coastal zones. Although not meaning to delve into urban classifications per se, the goal is to provide potential guidance into possibilities for incorporating coastal development into a more complete or comprehensive cross- and alongshore classification of coastal belts that are naturally occurring and anthropogenically modified. Approximately half of the Uruguayan coastal belts are developed, thereby providing an ideal scope for investigating various types of sub archetype unit classifications within a Developed archetype category.
The methodology applied in the study of the coast of Uruguay thus involved the recognition of natural and anthropomorphized environments, as interpreted from satellite imagery. Sub archetypes of the developed archetype category are intermixed with archetypes and sub archetypes used to identify natural environments to provide a complete catenary sequence that is dictated by the spatial occurrence of cross-shore units with alongshore spread. Table 1 shows the expansion of the concise codifications into explicit verbiage.
The 93.5-km long San Jose Department (Table 6) contains four super domains viz. Playa Pascual (12 km: Du-U-Dv-W), Punta del Tigre (8.5 km: Be-Du-W-U-Dv), Libertad (12.4 km: Be-Du-Cl-U-Dv), and Ordeig (60.6 km: Ba-Be-Du-U-Dv) (Figure 6). This coastal belt, which occupies about 14% of the total Uruguayan coastal belt, is completely different from the preceding Montevideo coastal zone in that the developed sub archetypes are largely restricted to agriculture with scattered small residential developments. Beaches characterize the Playa Pascal, Punta del Tigre, and Libertad super domains, whereas the Ordeig Super Domain is characterized by coastal barriers (barrier islands and mainland barriers) (Domains 6-4, 6-5, and 6-5), beaches, and dunes. Undeveloped wetland forest and/or marsh sub archetypes occur in Domains 6-1 and 6-5. Low cliffs up to 5 m in height occur to the east of Ordeig in Domain 6-3 occupying about 12 km of shore.
In this kind of effort, pros and cons that are associated with various procedures and methodologies always occur. The Uruguayan coastal belt was investigated with the express purpose of testing the possibility of incorporating into the BCCS (Biophysical Coastal Classification System) a new range of codifications that are associated with anthropogenic development. Prior developments and advances of the BCCS (Finkl and Makowski, 2020a,b,c,d; 2021a,b) eschewed developed coastal belts because the initial efforts focused on natural features. Investigation of natural coastal areas provided a basis for developing comprehension of cross-shore catenary sequences, but it soon became obvious that most coastal belts are conflicted by human action to the point where natural features become completely obliterated by anthropogenic development. Because the Uruguayan coastal belt provided a meld of natural vs. developed coastalscapes, with most of the coastal zone being urbanized (developed sub archetypes occur in all departments except Rocha), it provided a basis for testing and evaluating the possibility of including developed sub archetypes in the BCCS.
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